Logo
    Search

    Podcast Summary

    • Connecting with Neighbors and AIBuilding strong community connections is vital in uncertain times. Lean on neighbors for social bonds and disaster preparedness. AI is transforming industries and daily life, explore it through podcasts.

      Building strong community connections is essential in an uncertain world. Neighbor to Neighbor, a California volunteer's network, emphasizes the importance of relying on neighbors for social bonds and disaster preparedness. Meanwhile, technology, specifically artificial intelligence, is set to play a significant role in shaping the future. In podcasts like Technically Speaking and Conversations with UNK, listeners can explore how AI is transforming various industries and daily life. Lastly, taking time to connect with others through podcasts or local deli counters can bring about positive change. So, remember, no matter the circumstances, connecting with others is key.

    • Electricity in Science and FictionElectricity's biological connection to living beings makes it a more intuitive and intriguing power compared to fire-based abilities in fiction.

      Electricity has been a source of fascination in both science and fiction, with various creatures and humanoids possessing the ability to control or be controlled by it. Unlike the more common portrayal of fire-based powers, electricity is biologically more tied to living organisms, with many animals using it for various purposes. From the infamous "Maximum Overdrive" scenario of appliances turning against humans due to malevolent electricity, to Brad Dourif's pyrokinetic character in "Firestarter," and even the electric monsters in films like Wes Craven's "Shocker," electricity has proven to be a captivating and often terrifying force. It's interesting to note that the use of electricity by living organisms predates technological uses, with various animals utilizing it for sensing, stunning prey, or as a defensive weapon. The electric eel, for instance, is the electric animal par excellence. Electricity's biological connection to living beings makes it a more intuitive and intriguing power compared to fire-based abilities, and its portrayal in fiction continues to inspire awe and fear.

    • The Flow of Electrons: Our Bodies' Source of EnergyAll organisms, from eels to microbes, generate energy through the flow of electrons, which comes from food and results in ATP production. Oxygen acts as the final acceptor, forming CO2 as a byproduct.

      Our bodies produce and utilize electricity in the form of the flow of electrons for energy production. This concept was inspired by an article in the New York Times by Carl Zimmer. Electrons flow from food we consume, through a series of chemical reactions, creating ATP which transports energy within cells. Oxygen acts as the final acceptor of these extra electrons, forming CO2 as a waste product. This fundamental process of energy production is shared by all organisms on Earth. Without the flow of electrons, organisms cannot produce energy and will eventually die due to suffocation. The eel, though often mistakenly thought of as an electric fish, is not the only organism that deals with electricity. Microorganisms also use electricity as a currency, and exploring their world offers fascinating insights into the natural world.

    • Bacteria function as bioelectric organismsBacteria create an electron flow through consuming food, undergo metabolic processes, and dispose of electrons into waste. Anaerobic bacteria use alternative electron acceptors like iron oxides or magnetite.

      All life forms, including bacteria, function as bioelectric organisms by creating an electron flow through consuming food with excess electrons, undergoing metabolic processes to extract energy, and disposing of electrons into an electron accepting waste bucket. Anaerobic bacteria, which cannot use oxygen, survive by passing excess electrons into alternative electron acceptors like iron oxides or magnetite. In the 1980s, a significant discovery was made when American microbiologist Derek Lovely found a bacterium named Geobacter metallireducens in the Potomac River, which could survive by consuming ethanol and breathing out rusty iron. This bacterium doesn't breathe like humans do but instead transmits a flow of electrons between potentials using microfilaments, functioning like electric wires. This process helps transform rust particles into magnetite, contributing to the naturally occurring ferromagnetic mineral found in sediments.

    • Bacteria like Geobacter use pili for genetic material transfer and electricity extractionGeobacter bacteria use pili for horizontal gene transfer, leading to antibiotic resistance, and electricity extraction from the environment, offering potential for renewable energy

      Bacteria like Geobacter use tiny filaments called pili for various purposes, including the transfer of genetic material between different bacteria in a process called horizontal gene transfer. This process plays a significant role in the evolution of bacterial resistance to antibiotics. Additionally, Geobacter uses pili to extract electricity from the environment, making it a unique bacterial species. The pili act as conduits for electricity to flow from the bacterium to electroactive molecules in the environment. This discovery has potential implications for developing new sources of renewable energy. However, the rapid transfer of antibiotic resistance genes between bacteria poses a significant challenge in the fight against antibiotic-resistant infections. Understanding the mechanisms behind horizontal gene transfer and finding ways to inhibit it could be crucial in developing new strategies to combat antibiotic resistance.

    • Bacteria that transfer electrons: Nature's batteries?Research ongoing on how electroactive bacteria use cytochromes or Peely organisms for electron transfer, with potential implications for environmental remediation and energy production.

      There are bacteria, such as Geobacter, which can transfer electrons out of their bodies to interact with their environment. This process is often compared to a battery or a computer virus that releases electrons as a byproduct. In the discussion, it was mentioned that there is ongoing research about whether these bacteria use organic compounds called cytochromes as their wires or if they use the Peely organisms found in the soil as their electrical conductors. Regardless, the ability of these bacteria to transfer electrons is a fascinating discovery that could have significant implications for various fields, including environmental remediation and energy production. Additionally, during the podcast, there was a mention of a science fiction movie featuring a computer virus that considers humans as a pathogen and decides to destroy them. The movie, called "Virus," shares some similarities with the concept of electroactive bacteria, as both involve the idea of organisms releasing substances that can have a significant impact on their environment. Lastly, there was a promotion for Neighbor to Neighbor, a California volunteer network that aims to help build stronger communities, and an advertisement for Astepro, a fast-acting nasal allergy spray.

    • Bacteria can generate and transfer electricity through complex underground networksAnaerobic bacteria, such as Geobacter and Shiwinella, can breathe electrically using iron oxide, manganese oxide, or oxygen, and employ cytochromes and flavins for electron transport, enabling them to survive in oxygen-free environments and contribute to carbon dioxide conversion into methane

      Certain types of bacteria, such as Geobacter and Shiwinella, can generate and transfer electricity through wires or transport molecules, allowing them to form complex underground networks where one species feeds another with waste electricity. This electroactive behavior is particularly common among anaerobic bacteria, which don't require oxygen to survive and produce waste products like hydrogen sulfide. Researchers like Lovely, Nielsen, and Zimmer have discovered various ways these bacteria breathe electrically, including using iron oxide, manganese oxide, or oxygen, and employing cytochromes and flavins for electron transport. This unique metabolic process not only allows these bacteria to survive in oxygen-free environments but also contributes to the conversion of carbon dioxide into methane, similar to how plants convert carbon dioxide into sugars using sunlight.

    • Bacteria that generate electricity from hydrogen sulfideBacteria like cable bacteria generate electricity from hydrogen sulfide and transfer it to oxygen-breathing bacteria through conductive protein sheaths, playing a role in ecosystem geochemistry. Some bacteria can also directly consume electricity as an energy source, and electrical cooperation between different types exists.

      There are bacteria called cable bacteria that live in mud and sediments, which consume hydrogen sulfide without oxygen and expel excess electricity. These bacteria have long, conductive protein sheaths that act like wires, allowing the electricity to flow to the surface where it can be used by oxygen-breathing surface bacteria. These electroactive bacteria are abundant in various ecosystems and could play a significant role in regulating geochemistry. Additionally, some bacteria can consume pure electricity as an energy source, and there are even examples of electrical cooperation between different types of bacteria and even between different kingdoms of life. These discoveries challenge our understanding of how organisms obtain energy and highlight the complex interconnections within ecosystems.

    • Bacteria's Ability to Generate ElectricityBacteria can produce electricity through electrotrophy, depositing electrons onto sulfate. This could be harnessed for small-scale energy purposes, like in off-grid villages.

      Bacteria have the ability to generate electricity through a process called electrotrophy, where they deposit electrons onto sulfate to produce energy. This process could have evolved billions of years ago and could potentially be harnessed for small-scale energy purposes, such as in villages without electrical grid connections. For instance, researchers in Peru have been pioneering methods to draw usable energy from Geobacter, a type of electroactive bacteria, to address energy needs in the Peruvian rainforest. This is an exciting area of research with potential implications for sustainable energy solutions.

    • Exploring bioelectricity from electric bacteria for powering small devicesResearchers are investigating using electric bacteria in soil to generate bioelectricity for powering small devices and lighting, potentially improving energy storage and carbon fixation in rural areas.

      Researchers are exploring the use of bioelectricity generated from electric bacteria in the soil to power small devices and lighting, particularly in areas without access to traditional power sources. This technology, which involves a plant and Geobacters in soil generating excess electric charge, could potentially be used in conjunction with solar panels to improve energy storage and carbon fixation. The potential applications of this research include powering LED lamps in rural areas and using electrical bacterial filaments as sensors. While the scalability of this individual technology is uncertain, it represents an intriguing alternative to small solar panels and could lead to significant improvements in energy production and storage.

    • Exploring the use of electroactive bacteria for real-time medical monitoring and sustainable technologyResearchers are developing nanowires from electroactive bacteria like Geobacter, offering advantages in biocompatibility, stability, modification, and sustainable production for medical and environmental applications. These bacteria also have the potential to bioremediate waste, reducing harmful substances into less damaging forms.

      Researchers are exploring the use of electroactive bacteria, such as Geobacter, to create nanowires for real-time medical monitoring and sustainable technology. These nanowires, which can be grown in larger quantities than silicon nanowires, offer advantages in biocompatibility, stability, and potential for modification into various biomolecules and chemicals of medical or environmental interest. Additionally, the sustainable method of producing these nanowires could make it easier to build the devices we hope to create in the future. Furthermore, these electroactive bacteria have the potential to bioremediate waste, including toxic and radioactive waste, by reducing harmful substances into less damaging forms. This could have a significant impact on human health and the environment by providing a more sustainable solution to electronic waste and pollution.

    • Exploring the World of Bacteria and Building Community ConnectionsLearn about bacteria's role in mythology and real life, the importance of community connections, and tools like Visible and Slack to streamline work and save time.

      While fungi have been a popular topic on the show, bacteria are also essential and deserve recognition. In the world of mythical creatures, bacteria, represented by Jubilex, the demon lord of slimes and oozes, is the archenemy of Zugdumoy, the demon lord of fungi. The hosts invite listeners to explore more episodes about bacteria and radioactive waste management. They encourage support through sharing the show, rating, and reviewing it. Meanwhile, in the real world, Neighbor to Neighbor, a California volunteer network, emphasizes the importance of building connections within communities. They believe that neighbors are the best resource for creating meaningful social bonds and preparing for emergencies. By visiting canebors.com, individuals can learn how to help build a more connected community. Visible, a wireless company, offers a transparent wireless plan with unlimited 5G data for $25 a month, making it an attractive option for growing businesses looking to save time and resources. The 2024 NFL season schedule release is coming in May, bringing excitement for every game, and Slack, a collaboration hub, can help businesses streamline work processes and grow efficiently. In summary, the podcast discusses the importance of recognizing bacteria, building community connections, and utilizing tools like Visible and Slack to streamline work and save time.

    Recent Episodes from Stuff To Blow Your Mind

    Smart Talks with IBM: AI & the Productivity Paradox

    Smart Talks with IBM: AI & the Productivity Paradox

    In a rapidly evolving world, we need to balance the fear surrounding AI and its role in the workplace with its potential to drive productivity growth. In this special live episode of Smart Talks with IBM, Malcolm Gladwell is joined onstage by Rob Thomas, senior vice president of software and chief commercial officer at IBM, during NY Tech Week. They discuss “the productivity paradox,” the importance of open-source AI, and a future where AI will touch every industry.

    This is a paid advertisement from IBM. The conversations on this podcast don't necessarily represent IBM's positions, strategies or opinions.

    Visit us at ibm.com/smarttalks

    See omnystudio.com/listener for privacy information.

    Weirdhouse Cinema: The Dungeonmaster

    Weirdhouse Cinema: The Dungeonmaster

    In this episode of Weirdhouse Cinema, Rob and Joe return to the glorious world of 80s Charles Band productions with 1984’s “The Dungeonmaster,” a supernatural dreamscape with eight directors starring Jeffrey Byron, Richard Moll and Leslie Wing. It’s time to reject the devil’s reality and substitute your own! 

    See omnystudio.com/listener for privacy information.

    New Season of Smart Talks with IBM Coming Soon

    New Season of Smart Talks with IBM Coming Soon

    Smart Talks with IBM returns with a new season on Tuesday, June 25th. This season, we’re diving back into the world of artificial intelligence, but with a focus on the powerful concept of “open,” and how it applies to AI. Host Malcolm Gladwell will invite curious colleagues from Pushkin Industries to explore how openness is already reshaping industries, ways of doing business, and our very notion of what's possible.

    This is a paid advertisement from IBM.

    Visit us at ibm.com/smarttalks

    See omnystudio.com/listener for privacy information.

    From the Vault: Dreamfall into the Dark, Part 4

    From the Vault: Dreamfall into the Dark, Part 4

    The wonders and terrors of the dreaming mind do not always flee completely with the dawn. At certain times and places in history, it seems that dreams suddenly ascend to new heights of cultural fascination. In this Stuff to Blow Your Mind series, Robert and Joe explore periods when the eye of culture fixes on the dream world. (originally published 6/27/2023)

    See omnystudio.com/listener for privacy information.

    Related Episodes

    Offshore Winds, with Liz Burdock, Executive Director, Business Network for Offshore Wind (Ep.2)

    Offshore Winds, with Liz Burdock, Executive Director, Business Network for Offshore Wind (Ep.2)

    Liz BurdockLiz Burdock, Executive Director of the Business Network for Offshore Wind, joins the podcast to discuss the current landscape (or seascape) for offshore wind power. We cover the latest activity including lease auctions and awards up and down the East and West Coasts; speculate on the impact the Trump Administration and new Dept. of Energy secretary Rick Perry may have on wind power; preview the annual IPF (International Offshore Wind Partnering Forum) next month in Annapolis; and conclude with Liz's prediction about U.S. offshore wind capacity five years from now.

    Recorded March 16, 2017
    Published March 20, 2017

    399: Conductor Creating Carbon Canvases

    399: Conductor Creating Carbon Canvases

    This episode: Bacteria can aide the production of the useful material graphene, using their ability to add electrons to external surfaces!

    Download Episode (7.7 MB, 11.3 minutes)

    Show notes:
    Microbe of the episode: Brevibacterium frigoritolerans

    News item

    Takeaways
    Advanced materials often take advanced techniques to create, but they offer numerous benefits: increased strength and flexibility, smaller size, more options. One such material is graphene, which is basically a sheet of carbon atoms linked together like chainmail. It is only a single atom thick but is amazingly strong, mostly transparent, and good at conducting heat and electricity.

    The trick is, it's hard to make in large quantities cheaply and easily. Sheets of carbons can be obtained from blocks of graphite, but these sheets are graphene oxide, which lack the desirable properties of graphene. Chemical methods can be used to remove the oxidation, but they are harsh and difficult. Luckily, bacteria are great at microscopic remodeling. In this study, electron-transferring bacteria are able to reduce the graphene oxide to graphene with properties almost as good as are achieved by chemical reduction.

    Journal Paper:
    Lehner BAE, Janssen VAEC, Spiesz EM, Benz D, Brouns SJJ, Meyer AS, van der Zant HSJ. 2019. Creation of Conductive Graphene Materials by Bacterial Reduction Using Shewanella oneidensis. ChemistryOpen 8:888–895.

    Other interesting stories:

     

    Email questions or comments to bacteriofiles at gmail dot com. Thanks for listening!

    Subscribe: Apple Podcasts, Google Podcasts, Android, or RSS. Support the show at Patreon, or check out the show at Twitter or Facebook.

    Shifting into Renewable Gear

    Shifting into Renewable Gear

    Compared to conventional methods of energy generation, like fossil fuels, greenhouse gases emitted from renewables are little-to-none; making them the cleanest, most viable solution to prevent environmental degradation. In this episode, we invite Brandy Giannetta, Senior Director at Canadian Renewable Energy Association, to discuss renewable energy and the realistic strategies for increasing its supply to permanently replace the remaining carbon-intensive energy sources in Canada.

    Related Content & Links:

    Transcript:

    Dan Seguin  00:02

    Hey, everyone. I'm Dan Seguin from hydro Ottawa. And I'll be hosting the think energy podcast. Are you looking to better understand the fast changing world of energy? Join me every two weeks and get a unique perspective from industry leaders as we deep dive and discuss some of the coolest trends, emerging technologies, and latest innovations that drive the energy sector. So stay tuned as we explore some traditional and some quirky facets of this industry.  Hey, everyone, welcome back. This is the ThinkEnergy podcast. We've all heard the saying 'it's not easy being green'. But when it comes through renewable generation, is that true? With all the scientific evidence out there, being a climate change denier is becoming more and more synonymous with being a flat-earther. It's clear that humans have been polluting our atmosphere with carbon dioxide and other global warming emissions. NASA, the World Health Organization and the United Nations say we have to change the way we live, work and play. As we face our own extinction, what is the answer? Do we have the courage to be green? Are we okay with it not being easy. That brings us to renewable energy. How easy or difficult is it? How does it improve our health, environment and economy? Where is Canada at? And are we on track to becoming a global climate leader? Are we leveraging renewable energy within the electricity system. And do we have enough new renewable capacity to power our energy needs compared to conventional methods of generation like fossil fuels, greenhouse gases emitted from renewables our little to none, making them the cleanest, most viable solution to prevent environmental degradation. Renewable sources of electricity have powered Canada for more than a century. According to Natural Resources Canada, renewable energy sources currently provide about 17% of Canada's total primary energy supply, with wind and solar as the fastest growing in the country. So here's today's big question. What is a realistic strategy to increasing the supply of renewable energy so that we can permanently replace the remaining carbon intensive energy sources in Canada. And what would the global impact be? Joining me today is Brandy Giannetta. From the Canadian Renewable Energy Association, Brandy is a regional director responsible for promoting, communicating and advocating for adoption of the associations policies, with political representatives, members of government, media, and other key stakeholders and decision makers. Brandy, welcome to the show. Maybe start us off by talking about the Canadian Renewable Energy Association. its mandate and why it's important for Canada.

    Brandy Giannetta  03:46

    Sure thing! Well the Canadian Renewable Energy Association: We are a national Industry Association is we we see ourselves as the voice for wind energy, solar energy and energy storage solutions, here in Canada with the goal of powering Canada's energy future. So our association really works to create the conditions for modern energy solutions vis-à-vis stakeholder advocacy, public engagement at several different levels. So we are a multi Technology Industry Association and we are new. We are looking again to provide that unified voice for renewable energy as well as energy storage across Canada. So we're the product of uniting what was the Canadian Wind Energy Association with what was the Canadian solar industry association so CANWEA and CANSIA our well-known names as having had decades of advocacy in Canada on behalf of the wind sector in the solar sector in Canada. And now we're one new expanded Industry Association, so very exciting, which also now includes, of course, energy storage. So that's in recognition of that pivotal role that energy storage is going to play alongside those renewable technologies as we look to transform Canada's energy mix.

    Dan Seguin  04:59

    What is the Canadian Renewable Energy Association's role in transforming Canada's energy mix?

    Brandy Giannetta  05:08

    Right? So Well, our new joint venture as one's association is really going to enable our members as well as the association itself to secure what we think is going to be a larger piece of the fat future energy pie that could normally have been achieved as single technologies or single entities. So our technologies having common interests in common characteristics will with respect to that policy, energy policy, you know, climate policy, different markets and regulatory frameworks throughout Canada, and really advocating within those commonalities to support the deployment of all of the technologies or solutions. So I didn't mention in the front that we have over 300 members within our association that represent that full scope of the sector. So we're really uniquely positioned to do that as an industry association, but I see some really sort of specific aspects of how we will do that. In what our strategy will entail. And I alluded to a little bit around the advocacy side, providing access to credible and timely information, and industry engagement. So that's an internal process, as well as an F front facing sort of public facing engagement role that will play. So as a national Industry Association, as I mentioned, we will be active at the federal level from an advocacy perspective, but will we're also present in multiple jurisdictions across Canada. So we advocate for policies that focus on that transition to a clean economy, but it's powered by renewable energy solutions. So that's really the key there. What are what are one of the things we'll be working toward is to create new opportunities, but also to remove the existing barriers that are stopping us from realizing those, those solutions and ultimately, that will enhance the deployment of our technologies throughout the country, and what we really consider to be safe and sustainable, environmentally friendly manner, but also a big part of that advocacy side and credible information and front facing side of what we do will be to increase public awareness of our technologies as they stand. But also, most importantly, the benefits that they provide that they're already providing to communities throughout Canada. And across the future, the potential to do even more. So federally, we have, you know, number one priority is to make sure that we're well positioned to contribute to economic recovery, particularly in a COVID situation that we're in right now. But also as a unified voice for the renewable side and energy storage, we're going to really try to help navigate Canada to an emissions reduction targets, we're going to create good jobs, we're going to stimulate the economy, you know, we're going to be present in urban centers and rural centers and indigenous communities. So we have so much value to offer. And as a collective effort, we're really going to try to influence those public policies that are really energy focused and economic stimulus focus to be able to do that. And we can do it because they'll probably say this a lot. We're a really scalable set of resources and when you put us all together, we're really well suited to power that transition.

    Dan Seguin  08:03

    How is your association positioned to deliver clean, low cost, reliable, flexible, and scalable solutions for Canada's energy needs?

    Brandy Giannetta  08:14

    Well, I'm glad you said it first, because I think I'll be repeating myself a lot, because that's the key. We're low cost, we're reliable. You know, we offer flexible, scalable solutions. So we have a headquarters in Ottawa, we're nationally, you know, present. But we also have people in the key regions across Canada from east to west and centrally and connect in Toronto. And we definitely look to influence regionally regional policies as well as national policies. And we definitely have a public facing communication side where we're advocating for energy solutions that will leverage the value proposition that renewables and energy storage provide together. So we're going to have what I talked about a little earlier with that internal forum for dialogue for our members that enables us to really collaborate provided opportunities for the stewardship of our technologies but also the growth of the industry across Canada and Canadian economies. So renewable energy and energy storage, as I noted, have a really important and central role to play as we transform our Canadian energy mix. And we see electricity markets adapting to these transformational demands to not only decarbonize, but as a result, electrify new sectors with clean electricity resources. So that reality has really been a huge driver in that tremendous new market opportunity for renewable energy and energy storage together. As we sort of get more comfortable with what that transition looks like and what it entails, our electricity system here in Canada is really going to need increased, actually, I would say significantly increased amounts of renewable energy, energy storage and at the utility scale. So our grids need to be powered by clean supply of renewables backed up by energy storage, and we need to make sure that they remain affordable, reliable, flexible, and scalable, as you noted, so that's going to mean, you know, large utility scale deployment of renewables and energy storage, but also a significant uptake and sort of mobilization of those behind the meter application. So distributed energy resources, for example. And putting that new collaborative framework in place like we've done at our association, is going to fully be able to allow us to fully leverage that opportunity.

    Dan Seguin  10:23

    Let me ask you this. Is the renewable energy industry primed to enter a new phase of growth driven largely by increasing customer demand and cost competitiveness? Are you seeing a culture shift?

    Brandy Giannetta  10:38

    Definitely, yes, there has been and it's, it's, I would say, Now more than ever, that we are realizing that culture shift and we're starting to see things materialize as a result of that shift. So ultimately, the needs and the wants of Canadian consumers have evolved but they're continuing to evolve. So you know, energy technologies: these aren't the only thing. It's markets that are innovating. The costs are coming down, as we all know, to a significantly affordable level. Business models as a result are also changing, not just here in Canada, but globally. So it's a global trend. It's not unique to Canada, we are well poised to follow those global trends and capitalize on the learnings and advancements of technology as well as the market and business structures that have evolved as well. So renewable energy and energy storage as solutions. Focused approaches are really increasingly contributing to those electricity grids and energy systems at a large scale, which in that what that means is that we're enhancing the reliability aspect and offerings, the flexibility of the technologies. And because we're super scalable, as I told you, I'll talk about that a lot, because it's certainly an attractive aspect of the advocacy side. The scalability of our energy production and use in Canada and abroad is really a factor there because we can do it at whatever scale needed for whatever system You know, is being sought. So a consciousness about the environment continues to grow alongside that. So we got energy policy and economic stimulus, but we also have environmental policy and the drivers for decarbonisation, and electrification of the sectors that aren't traditionally powered by electricity, like cars and transportation like but a large scale as well as buildings are really increasing the demand for energy solutions that are non-emitting affordable, scalable, flexible, and all of those great things. And that's something that obviously our industries can provide. So our vision really, ultimately is to ensure that renewable energy being solar and wind and energy storage on top of that are playing that central role as we transform the mix so that we can continue to provide those solutions across the board.

    Dan Seguin  12:43

    Randy, do you believe that renewables like wind and solar can help deliver the Clean Power jobs needed for sustainable economic delivery?

    Brandy Giannetta  12:55

    For sure, I mean, the calls for an economic recovery right now that are grind Clean Energy and Climate Action are increasingly growing and becoming more prevalent across the across the globe. We've got the International Energy Agency, for example, who called this a historic opportunity, you know, despite the fact that we're in a global pandemic, and there are many crises to manage. We're taking our cues from the International Energy Agency as a proper agency seeking, you know, recognition that we have an opportunity upon us that is historic and in its nature, the International Monetary Fund as well has its leadership has come out to say that we must do everything within our power to make it a green recovery. So right here in Canada, we in particular, are signatories to a public letter, which has asked Canadian governments to pursue a resilient recovery to the COVID situation in particular. So we've got hundreds of signatories representing over a you know, I think over 2000 now, Canadian companies that are right here, you know, headquarters here in Canada that have signed that letter seeking campaign. In order to pursue federal and provincial governments to commit to a clean recovery and resilience plan, so the the renewable energy sector as well as energy storage industries, we're making a case for those policies, energy policies, economic stimulus, packaging, recovery policies that are, you know, threefold, we need to make sure that they're economically timely and long lasting, so right time, right place, and that they are sustainable, making sure that they're environmentally sound. So there needs to be that environmental sustainability attached to those policies. And then eminently feasible, they have to be practical, realistic and actually implementable with a proven success here in Canada or elsewhere. So that we can capitalize on that and truly, you know, make that history that the International Energy Agency has referred to. So our federal government stimulus and recovery efforts in particular, I think our focus right now for us because we think that those efforts can create jobs, they can spur clean tech innovation. They will encourage economic diversification across many sectors, not just the energy sector, but also ultimately we're going to cut carbon pollution while doing that and why not because that illness causing you know, air pollution is something that we can tackle at the same time while we grow our economy. And really what we're looking to do is make Canada more resilient country, and we want to do it on the back of our energy sector. So we really believe that's important. And we do believe that those initiatives taken in support of economic recovery also allow us to address all those significant other challenges like climate change. So it's really important that we invest in wind energy and solar energy and in energy storage at appropriate scales and in appropriate locations, so that we can deliver the jobs, the economic benefits, making sure that today we're realizing those benefits, and then building out that longer term infrastructure that's sustainable, it's going to provide a really strong foundation for a lot more investment down the road. And again, jobs economic activities going to all spur as we as we build out those little as of tomorrow,

    Dan Seguin  16:01

    so climate adaptation and resilience stand out as rapidly emerging areas of employment as a result of climate change impacts, what types of careers are in demand? And at what rate are jobs in clean energy sector growing?

    Brandy Giannetta  16:20

    That's a great question because you know, the numbers are there. So we know the stats, and we can say it all those figures. And I'll talk a little bit about that. But the jobs are exciting. And there's no limit to the types of jobs one of the greatest stats that I love. And I check it out every year as the annual numbers come out of the US in particular is the wind turbine technicians and solar technicians that has continuously year over year over the past several years, ranked as one of the fastest growing occupations in the United States. So that's really exciting because that resonates here in Canada as well as we build out our industry. In fact, we did a wind energy supply chain study in Alberta, a few years back and it really detailed the breakdown of the jobs required just for a wind farm in particular And it was varied from the very, you know, technical and professional engineering requirements, geotechnical type requirements siting and negotiation of land agreements, and the regulatory advocacy work as well as environmental side of that. There's also, you know, the broader procurement construction side and you know, transportation logistics, you know, setting up a crane and having that that broader service industry attached to the evolution of the sector. So it's really a significant cross section of very technical and professional quality career type positions, research driven things from environmental sustainability, and then the, you know, the heavy lifting of the transportation and construction side of things. So there's a lot of, we're seeing offshoots of service jobs as well. And one of the large one of the aspects of the solar side, especially behind the meter, and that large uptake of solar installations behind the meter has created a lot of opportunities is very labor intensive. And we're seeing from the solar industry, significant numbers on manufacturing, sales, distribution and wholesale careers. We've got the installation community as well across Canada growing at an exponential rate, operations and maintenance will remain a significant portion of a sophisticated workforce. And then as I said, that offshoot service industry that supplies the services to those things. So as you can see, it's not a shortlist of jobs. It is, is a varied and like I said, extensive list of job opportunities that will continue to evolve and grow. Now, if you want to talk about statistics, the rate that it's growing at, we have already over 300,000 people employed in the clean energy sector in Canada. So that number has continued to grow by close to 5% every year, and it's slated to continue to do so which just to give you some perspective is about a third faster than Canada's economy as a whole and its growth rate, which is just under 4%. So by 2030, the projections that we're relying on today show us that there will be over a half a million Canadians employed and gainful full time lucrative careers in the clean energy sector, across the country. And that's going to be, you know, thanks in part to continued commitment to climate policies, to programs that are supporting robust clean economy type stimulus, and that growth rate will continue to evolve as a result. So it's very good news,

    Dan Seguin  19:21

    Brandy, in a world where distributed energy resources are increasingly valued. I'd love to hear your views on both the wind and solar value proposition as compelling options and how customers can more actively manage their demand.

    Brandy Giannetta  19:39

    Right? Well, I have to go back to the old you know, the the reference to scalability, wind energy, solar energy, even energy storage - extremely scalable. What that means, as I as I noted earlier, is that these technologies, you know, they're well positioned to transform our energy system, but they can provide solutions at a micro level or a macro level. So at the micro level, distributed energy resources can be deployed in a number of ways to empower the customers that are seeking those technologies. And then of course, then scaled according to a very unique set of needs as defined by the customers themselves. And they're affordable. So more and more energy customers of all types, as I think I said this already, or they're seeking, you know, clean, affordable, safe, all of those all of those buzzwords and properties and principled approaches to pursuing these technologies as solutions. And ultimately, they're less and less focused on a single technology to provide it. Is it smart? Does it make sense does it fit all those boxes being checked, you know, whether that's wind, solar or storage at the scale that's required. That's really that's the value of that as a solution of these technologies as a solution option, and they're multifaceted. So I think that really there's definitely clear public desire, obviously for clean and affordable as we've noted many times, but those solutions behind the meter, so smaller scale applications, Like rooftop solar panels, personalized home energy storage systems, things like that are going to continue to evolve and provide those solutions at other larger rate. And the innovation behind those distributed energy resources is really what's, you know, allowing us to be poised to meet the demands of today's customers, but we evolve those offerings for the future needs and wants as well. So that transition again, clean, renewable sources, is very important. And the impact for the consumer and ultimately, our economy and environment are what's really driving the value proposition there.

    Dan Seguin  21:33

    As solar and wind power come closest to meeting three key energy consumer priorities—cost-effectiveness, decarbonization, and reliability—what role will they play with microgrids and self-sufficiency?

    Brandy Giannetta  21:50

    Oh, great question. Again, all those buzzwords but important ones right. They're really principled realities and, you know, criteria that we're aiming towards So the successful and enhanced uptake of micro grids and self-sufficiency will be motivated as long as we continue to meet those principles and those criteria. So remember flexible, scalable, and portable. So we've got a micro level, you know, distributed energy resource, and we can deploy it in a number of ways. So I talked a little bit about in the previous question about, you know, based on what the customer's needs and wants are. So, you know, some really, you know, tangible examples of that are converting remote communities that aren't grid connected, so they have no wires and no transmission access. And they've been running on diesel generators for decades for generations really. And we're going to convert those to sustainable micro grids, we're going to use solar panels, we're going to use industrial size storage, whether that's batteries or otherwise, and maybe even a wind turbine or two, if it makes sense. You do it to scale. And now you've got a remote community that's self-generating, you know, non-emitting, and it's quite independent. And that's, that's a success story in and of itself. Distributed energy resources, can really promote increased energy self-sufficiency. And through other examples that are a little simpler even like deployment of rooftop solar in neighborhoods, you know, we're going to use it to heat your house your water instead of the electrical or gas hot water heater, maybe you're using it to heat your pool. So you're not running you know, another gas line or gas system in your urban areas, but also providing electricity more broadly like bigger installations on hospitals and colleges and universities and schools like that municipal buildings, all of those are all you know, fall into the bucket of distributed energy resources which promote self-sufficiency and ultimately, renewable energy powered things like charging stations for electrical vehicles is enhanced. You know, I would say ultimately, self-sufficiency, proper and enhanced reliability go hand in hand because you can couple that with energy efficiency, electric vehicles, charging as well as discharging and smart grids and even certain demand response measures. So the list goes on and on. You know, we can unpack them but though it's quite, I would say quite lucrative. And again, it all comes back to the fact that scales scalability.

    Dan Seguin  24:09

    Brandy, can you help me understand what the role of storage plays in the deployment and advancement of renewable energy?

    Brandy Giannetta  24:17

    Oh, sure. Well, on a larger scale like utility side, the technologies renewables can be deployed in complimentary ways to supply and support our broader electricity grids. Or they can be used as a co-located or hybrid resource with facilities like wind projects, wind farms and solar projects. Adding energy storage in order to firm that utility scale offering of energy to the grid, so firm power, or capacity, if you will, but by working together, the renewables and energy storage present a broader and more diverse range of not just firm energy offerings, but for customer seeking other things that diversity in tech technology provides scale grid services and other products for lack of a better word to the grid operator. And then ultimately, if you're looking at a smaller scale to the customer, as standalone efforts to enhance the needs that they have identified, sometimes that's offsetting their peak demand use and other aspects and applicability of the energy storage component can be used that way. So, the scale varies large scale utility grid offering to smaller scale behind the meter solutions is a really energy storage in particular, as a technology has a central role to play in that in that transformation to be able to make those solutions tangible and affordable and implementable.

    Dan Seguin  25:48

    Now for the million dollar question, how is Canada faring as a global climate leader? In your opinion, what is the low hanging fruit and what has the potential to have the biggest impact to the industry and maybe the world?

    Brandy Giannetta  26:06

    Well, sure, Canada is in a great position already, because we are starting from a spot of having strong renewable and non-emitting electricity base. So there remains also a massive untapped potential for wind, solar and hydro resources to continue to be developed. And so I would say that we're as one of the best countries or countries best position to eliminate our fossil fuel use any electricity generation in particular. And then the abundance of our resources means that we're then also well positioned to support significant increase in non-emitting or renewable electricity supply to power those other fossil fuel intensive industries, like I mentioned earlier transportation and buildings. So we do need to move away from fossil fuels for those other industries as well. And we can do it on the back of the electricity sector in Canada, as it currently stands, but we can also evolve that significantly because we already have the resources. And I think the number is associated with deep decarbonisation and vision that we need to increase our electricity production by two or three times to reach our sort of net zero GHG emission targets. And we already, like I said, have all of those resources available to us to do that. So it's a matter of the will and, you know, transitioning to that, as a global leader, we can really, I think, step ahead of the crowd and shine.

    Dan Seguin  27:26

    What is exciting you about the renewable energy industry right now?

    Brandy Giannetta  27:33

    Well, we're on the right side of history, we always have been but now more than ever, I think the stars are really aligning, you know, we've got decreasing costs, our customer demand and knowledge is growing at a rate. I don't know that any of us could have predicted a few you know, a decade ago, that emissions free zero marginal cost fuel, it's never going to go away. It’s here to stay. It’s scalable, it's flexible, and it’s decentralized. All of those buzzwords, which we can unpack any single one of them. That's exciting. But really put them all together. And I don't know, how exciting is that? Like, I don't know if I'm if I'm making the assumption, but I think it speaks for itself, like we are in a really good place right now, for all those reasons, and we need to be excited about it.

    Dan Seguin  28:15

    Here's my last question, Brandy. What keeps you up at night?

    Brandy Giannetta  28:21

    Well, you know, I think governments across Canada, you know, they need to take the politics out of the energy sector. And the decision making processes really need to be based on fair and transparent competition. You know, we've all, you know, leveling that playing field for us all and taking the politics out of it, because that decision making process really needs to be aimed at providing the best solution to clearly define problems without the politics and that's not to say there's not a role for governments and energy policy. There certainly is, but sound policy, stable investment signals, those things need to outweigh the politics in order to realize that, you know, progress and innovation it’s so ripe for the picking. And I think our good friend Geddy Lee, a Canadian icon, says it best when he said "progress has no patience, but something's got to give." So those are the things that I stay up at night thinking about.

    Dan Seguin  29:11

    Brandy, we've reached the end of another episode of the thick energy podcast. How can our listeners learn more about you and your association? How can they connect?

    Brandy Giannetta  29:23

    Well, like I said, we are new. So we've got a brand new shiny website up and running. It's renewablesassociation.ca. We're active on Twitter and LinkedIn, mostly, we've got Facebook and maybe a couple of other social channels. But we're going to continue to be evolving those sites over the summer in both English and French, which is very exciting and very important to us as a national Industry Association to be fully bilingual. So I would say that your best efforts reach out vis-à-vis our website. We're a small but mighty team, and so we're listed there and you can contact us centrally through the website is probably your best bet.

    Dan Seguin  29:57

    Again. Thank you so much for joining me today, I hope you had a lot of fun.

    Brandy Giannetta  30:02

    I sure did. Thank you so much for the opportunity. I really appreciate it.

    Dan Seguin  30:07

    Thank you for joining us today. I truly hope you enjoyed this episode of The ThinkEnergy podcast. For past episodes, make sure you visit our website hydroottawa.com/podcast. Lastly, if you found value in this podcast, be sure to subscribe. Cheers, everyone.

    Shifting into Renewable Gear (Rebroadcast)

    Shifting into Renewable Gear (Rebroadcast)

    ---Join us for our Summer Rewind series as we feature past podcast episodes!---

    EPISODE #33:

    Compared to conventional methods of energy generation, like fossil fuels, greenhouse gases emitted from renewables are little-to-none; making them the cleanest, most viable solution to prevent environmental degradation. In this episode, we invite Brandy Giannetta, Senior Director at Canadian Renewable Energy Association, to discuss renewable energy and the realistic strategies for increasing its supply to permanently replace the remaining carbon-intensive energy sources in Canada.

    Related Content & Links:

    Transcript:

    Dan Seguin  00:02

    Hey, everyone. I'm Dan Seguin from hydro Ottawa. And I'll be hosting the think energy podcast. Are you looking to better understand the fast changing world of energy? Join me every two weeks and get a unique perspective from industry leaders as we deep dive and discuss some of the coolest trends, emerging technologies, and latest innovations that drive the energy sector. So stay tuned as we explore some traditional and some quirky facets of this industry.  Hey, everyone, welcome back. This is the ThinkEnergy podcast. We've all heard the saying 'it's not easy being green'. But when it comes through renewable generation, is that true? With all the scientific evidence out there, being a climate change denier is becoming more and more synonymous with being a flat-earther. It's clear that humans have been polluting our atmosphere with carbon dioxide and other global warming emissions. NASA, the World Health Organization and the United Nations say we have to change the way we live, work and play. As we face our own extinction, what is the answer? Do we have the courage to be green? Are we okay with it not being easy. That brings us to renewable energy. How easy or difficult is it? How does it improve our health, environment and economy? Where is Canada at? And are we on track to becoming a global climate leader? Are we leveraging renewable energy within the electricity system. And do we have enough new renewable capacity to power our energy needs compared to conventional methods of generation like fossil fuels, greenhouse gases emitted from renewables our little to none, making them the cleanest, most viable solution to prevent environmental degradation. Renewable sources of electricity have powered Canada for more than a century. According to Natural Resources Canada, renewable energy sources currently provide about 17% of Canada's total primary energy supply, with wind and solar as the fastest growing in the country. So here's today's big question. What is a realistic strategy to increasing the supply of renewable energy so that we can permanently replace the remaining carbon intensive energy sources in Canada. And what would the global impact be? Joining me today is Brandy Giannetta. From the Canadian Renewable Energy Association, Brandy is a regional director responsible for promoting, communicating and advocating for adoption of the associations policies, with political representatives, members of government, media, and other key stakeholders and decision makers. Brandy, welcome to the show. Maybe start us off by talking about the Canadian Renewable Energy Association. its mandate and why it's important for Canada.

    Brandy Giannetta  03:46

    Sure thing! Well the Canadian Renewable Energy Association: We are a national Industry Association is we we see ourselves as the voice for wind energy, solar energy and energy storage solutions, here in Canada with the goal of powering Canada's energy future. So our association really works to create the conditions for modern energy solutions vis-à-vis stakeholder advocacy, public engagement at several different levels. So we are a multi Technology Industry Association and we are new. We are looking again to provide that unified voice for renewable energy as well as energy storage across Canada. So we're the product of uniting what was the Canadian Wind Energy Association with what was the Canadian solar industry association so CANWEA and CANSIA our well-known names as having had decades of advocacy in Canada on behalf of the wind sector in the solar sector in Canada. And now we're one new expanded Industry Association, so very exciting, which also now includes, of course, energy storage. So that's in recognition of that pivotal role that energy storage is going to play alongside those renewable technologies as we look to transform Canada's energy mix.

    Dan Seguin  04:59

    What is the Canadian Renewable Energy Association's role in transforming Canada's energy mix?

    Brandy Giannetta  05:08

    Right? So Well, our new joint venture as one's association is really going to enable our members as well as the association itself to secure what we think is going to be a larger piece of the fat future energy pie that could normally have been achieved as single technologies or single entities. So our technologies having common interests in common characteristics will with respect to that policy, energy policy, you know, climate policy, different markets and regulatory frameworks throughout Canada, and really advocating within those commonalities to support the deployment of all of the technologies or solutions. So I didn't mention in the front that we have over 300 members within our association that represent that full scope of the sector. So we're really uniquely positioned to do that as an industry association, but I see some really sort of specific aspects of how we will do that. In what our strategy will entail. And I alluded to a little bit around the advocacy side, providing access to credible and timely information, and industry engagement. So that's an internal process, as well as an F front facing sort of public facing engagement role that will play. So as a national Industry Association, as I mentioned, we will be active at the federal level from an advocacy perspective, but will we're also present in multiple jurisdictions across Canada. So we advocate for policies that focus on that transition to a clean economy, but it's powered by renewable energy solutions. So that's really the key there. What are what are one of the things we'll be working toward is to create new opportunities, but also to remove the existing barriers that are stopping us from realizing those, those solutions and ultimately, that will enhance the deployment of our technologies throughout the country, and what we really consider to be safe and sustainable, environmentally friendly manner, but also a big part of that advocacy side and credible information and front facing side of what we do will be to increase public awareness of our technologies as they stand. But also, most importantly, the benefits that they provide that they're already providing to communities throughout Canada. And across the future, the potential to do even more. So federally, we have, you know, number one priority is to make sure that we're well positioned to contribute to economic recovery, particularly in a COVID situation that we're in right now. But also as a unified voice for the renewable side and energy storage, we're going to really try to help navigate Canada to an emissions reduction targets, we're going to create good jobs, we're going to stimulate the economy, you know, we're going to be present in urban centers and rural centers and indigenous communities. So we have so much value to offer. And as a collective effort, we're really going to try to influence those public policies that are really energy focused and economic stimulus focus to be able to do that. And we can do it because they'll probably say this a lot. We're a really scalable set of resources and when you put us all together, we're really well suited to power that transition.

    Dan Seguin  08:03

    How is your association positioned to deliver clean, low cost, reliable, flexible, and scalable solutions for Canada's energy needs?

    Brandy Giannetta  08:14

    Well, I'm glad you said it first, because I think I'll be repeating myself a lot, because that's the key. We're low cost, we're reliable. You know, we offer flexible, scalable solutions. So we have a headquarters in Ottawa, we're nationally, you know, present. But we also have people in the key regions across Canada from east to west and centrally and connect in Toronto. And we definitely look to influence regionally regional policies as well as national policies. And we definitely have a public facing communication side where we're advocating for energy solutions that will leverage the value proposition that renewables and energy storage provide together. So we're going to have what I talked about a little earlier with that internal forum for dialogue for our members that enables us to really collaborate provided opportunities for the stewardship of our technologies but also the growth of the industry across Canada and Canadian economies. So renewable energy and energy storage, as I noted, have a really important and central role to play as we transform our Canadian energy mix. And we see electricity markets adapting to these transformational demands to not only decarbonize, but as a result, electrify new sectors with clean electricity resources. So that reality has really been a huge driver in that tremendous new market opportunity for renewable energy and energy storage together. As we sort of get more comfortable with what that transition looks like and what it entails, our electricity system here in Canada is really going to need increased, actually, I would say significantly increased amounts of renewable energy, energy storage and at the utility scale. So our grids need to be powered by clean supply of renewables backed up by energy storage, and we need to make sure that they remain affordable, reliable, flexible, and scalable, as you noted, so that's going to mean, you know, large utility scale deployment of renewables and energy storage, but also a significant uptake and sort of mobilization of those behind the meter application. So distributed energy resources, for example. And putting that new collaborative framework in place like we've done at our association, is going to fully be able to allow us to fully leverage that opportunity.

    Dan Seguin  10:23

    Let me ask you this. Is the renewable energy industry primed to enter a new phase of growth driven largely by increasing customer demand and cost competitiveness? Are you seeing a culture shift?

    Brandy Giannetta  10:38

    Definitely, yes, there has been and it's, it's, I would say, Now more than ever, that we are realizing that culture shift and we're starting to see things materialize as a result of that shift. So ultimately, the needs and the wants of Canadian consumers have evolved but they're continuing to evolve. So you know, energy technologies: these aren't the only thing. It's markets that are innovating. The costs are coming down, as we all know, to a significantly affordable level. Business models as a result are also changing, not just here in Canada, but globally. So it's a global trend. It's not unique to Canada, we are well poised to follow those global trends and capitalize on the learnings and advancements of technology as well as the market and business structures that have evolved as well. So renewable energy and energy storage as solutions. Focused approaches are really increasingly contributing to those electricity grids and energy systems at a large scale, which in that what that means is that we're enhancing the reliability aspect and offerings, the flexibility of the technologies. And because we're super scalable, as I told you, I'll talk about that a lot, because it's certainly an attractive aspect of the advocacy side. The scalability of our energy production and use in Canada and abroad is really a factor there because we can do it at whatever scale needed for whatever system You know, is being sought. So a consciousness about the environment continues to grow alongside that. So we got energy policy and economic stimulus, but we also have environmental policy and the drivers for decarbonisation, and electrification of the sectors that aren't traditionally powered by electricity, like cars and transportation like but a large scale as well as buildings are really increasing the demand for energy solutions that are non-emitting affordable, scalable, flexible, and all of those great things. And that's something that obviously our industries can provide. So our vision really, ultimately is to ensure that renewable energy being solar and wind and energy storage on top of that are playing that central role as we transform the mix so that we can continue to provide those solutions across the board.

    Dan Seguin  12:43

    Randy, do you believe that renewables like wind and solar can help deliver the Clean Power jobs needed for sustainable economic delivery?

    Brandy Giannetta  12:55

    For sure, I mean, the calls for an economic recovery right now that are grind Clean Energy and Climate Action are increasingly growing and becoming more prevalent across the across the globe. We've got the International Energy Agency, for example, who called this a historic opportunity, you know, despite the fact that we're in a global pandemic, and there are many crises to manage. We're taking our cues from the International Energy Agency as a proper agency seeking, you know, recognition that we have an opportunity upon us that is historic and in its nature, the International Monetary Fund as well has its leadership has come out to say that we must do everything within our power to make it a green recovery. So right here in Canada, we in particular, are signatories to a public letter, which has asked Canadian governments to pursue a resilient recovery to the COVID situation in particular. So we've got hundreds of signatories representing over a you know, I think over 2000 now, Canadian companies that are right here, you know, headquarters here in Canada that have signed that letter seeking campaign. In order to pursue federal and provincial governments to commit to a clean recovery and resilience plan, so the the renewable energy sector as well as energy storage industries, we're making a case for those policies, energy policies, economic stimulus, packaging, recovery policies that are, you know, threefold, we need to make sure that they're economically timely and long lasting, so right time, right place, and that they are sustainable, making sure that they're environmentally sound. So there needs to be that environmental sustainability attached to those policies. And then eminently feasible, they have to be practical, realistic and actually implementable with a proven success here in Canada or elsewhere. So that we can capitalize on that and truly, you know, make that history that the International Energy Agency has referred to. So our federal government stimulus and recovery efforts in particular, I think our focus right now for us because we think that those efforts can create jobs, they can spur clean tech innovation. They will encourage economic diversification across many sectors, not just the energy sector, but also ultimately we're going to cut carbon pollution while doing that and why not because that illness causing you know, air pollution is something that we can tackle at the same time while we grow our economy. And really what we're looking to do is make Canada more resilient country, and we want to do it on the back of our energy sector. So we really believe that's important. And we do believe that those initiatives taken in support of economic recovery also allow us to address all those significant other challenges like climate change. So it's really important that we invest in wind energy and solar energy and in energy storage at appropriate scales and in appropriate locations, so that we can deliver the jobs, the economic benefits, making sure that today we're realizing those benefits, and then building out that longer term infrastructure that's sustainable, it's going to provide a really strong foundation for a lot more investment down the road. And again, jobs economic activities going to all spur as we as we build out those little as of tomorrow,

    Dan Seguin  16:01

    so climate adaptation and resilience stand out as rapidly emerging areas of employment as a result of climate change impacts, what types of careers are in demand? And at what rate are jobs in clean energy sector growing?

    Brandy Giannetta  16:20

    That's a great question because you know, the numbers are there. So we know the stats, and we can say it all those figures. And I'll talk a little bit about that. But the jobs are exciting. And there's no limit to the types of jobs one of the greatest stats that I love. And I check it out every year as the annual numbers come out of the US in particular is the wind turbine technicians and solar technicians that has continuously year over year over the past several years, ranked as one of the fastest growing occupations in the United States. So that's really exciting because that resonates here in Canada as well as we build out our industry. In fact, we did a wind energy supply chain study in Alberta, a few years back and it really detailed the breakdown of the jobs required just for a wind farm in particular And it was varied from the very, you know, technical and professional engineering requirements, geotechnical type requirements siting and negotiation of land agreements, and the regulatory advocacy work as well as environmental side of that. There's also, you know, the broader procurement construction side and you know, transportation logistics, you know, setting up a crane and having that that broader service industry attached to the evolution of the sector. So it's really a significant cross section of very technical and professional quality career type positions, research driven things from environmental sustainability, and then the, you know, the heavy lifting of the transportation and construction side of things. So there's a lot of, we're seeing offshoots of service jobs as well. And one of the large one of the aspects of the solar side, especially behind the meter, and that large uptake of solar installations behind the meter has created a lot of opportunities is very labor intensive. And we're seeing from the solar industry, significant numbers on manufacturing, sales, distribution and wholesale careers. We've got the installation community as well across Canada growing at an exponential rate, operations and maintenance will remain a significant portion of a sophisticated workforce. And then as I said, that offshoot service industry that supplies the services to those things. So as you can see, it's not a shortlist of jobs. It is, is a varied and like I said, extensive list of job opportunities that will continue to evolve and grow. Now, if you want to talk about statistics, the rate that it's growing at, we have already over 300,000 people employed in the clean energy sector in Canada. So that number has continued to grow by close to 5% every year, and it's slated to continue to do so which just to give you some perspective is about a third faster than Canada's economy as a whole and its growth rate, which is just under 4%. So by 2030, the projections that we're relying on today show us that there will be over a half a million Canadians employed and gainful full time lucrative careers in the clean energy sector, across the country. And that's going to be, you know, thanks in part to continued commitment to climate policies, to programs that are supporting robust clean economy type stimulus, and that growth rate will continue to evolve as a result. So it's very good news,

    Dan Seguin  19:21

    Brandy, in a world where distributed energy resources are increasingly valued. I'd love to hear your views on both the wind and solar value proposition as compelling options and how customers can more actively manage their demand.

    Brandy Giannetta  19:39

    Right? Well, I have to go back to the old you know, the the reference to scalability, wind energy, solar energy, even energy storage - extremely scalable. What that means, as I as I noted earlier, is that these technologies, you know, they're well positioned to transform our energy system, but they can provide solutions at a micro level or a macro level. So at the micro level, distributed energy resources can be deployed in a number of ways to empower the customers that are seeking those technologies. And then of course, then scaled according to a very unique set of needs as defined by the customers themselves. And they're affordable. So more and more energy customers of all types, as I think I said this already, or they're seeking, you know, clean, affordable, safe, all of those all of those buzzwords and properties and principled approaches to pursuing these technologies as solutions. And ultimately, they're less and less focused on a single technology to provide it. Is it smart? Does it make sense does it fit all those boxes being checked, you know, whether that's wind, solar or storage at the scale that's required. That's really that's the value of that as a solution of these technologies as a solution option, and they're multifaceted. So I think that really there's definitely clear public desire, obviously for clean and affordable as we've noted many times, but those solutions behind the meter, so smaller scale applications, Like rooftop solar panels, personalized home energy storage systems, things like that are going to continue to evolve and provide those solutions at other larger rate. And the innovation behind those distributed energy resources is really what's, you know, allowing us to be poised to meet the demands of today's customers, but we evolve those offerings for the future needs and wants as well. So that transition again, clean, renewable sources, is very important. And the impact for the consumer and ultimately, our economy and environment are what's really driving the value proposition there.

    Dan Seguin  21:33

    As solar and wind power come closest to meeting three key energy consumer priorities—cost-effectiveness, decarbonization, and reliability—what role will they play with microgrids and self-sufficiency?

    Brandy Giannetta  21:50

    Oh, great question. Again, all those buzzwords but important ones right. They're really principled realities and, you know, criteria that we're aiming towards So the successful and enhanced uptake of micro grids and self-sufficiency will be motivated as long as we continue to meet those principles and those criteria. So remember flexible, scalable, and portable. So we've got a micro level, you know, distributed energy resource, and we can deploy it in a number of ways. So I talked a little bit about in the previous question about, you know, based on what the customer's needs and wants are. So, you know, some really, you know, tangible examples of that are converting remote communities that aren't grid connected, so they have no wires and no transmission access. And they've been running on diesel generators for decades for generations really. And we're going to convert those to sustainable micro grids, we're going to use solar panels, we're going to use industrial size storage, whether that's batteries or otherwise, and maybe even a wind turbine or two, if it makes sense. You do it to scale. And now you've got a remote community that's self-generating, you know, non-emitting, and it's quite independent. And that's, that's a success story in and of itself. Distributed energy resources, can really promote increased energy self-sufficiency. And through other examples that are a little simpler even like deployment of rooftop solar in neighborhoods, you know, we're going to use it to heat your house your water instead of the electrical or gas hot water heater, maybe you're using it to heat your pool. So you're not running you know, another gas line or gas system in your urban areas, but also providing electricity more broadly like bigger installations on hospitals and colleges and universities and schools like that municipal buildings, all of those are all you know, fall into the bucket of distributed energy resources which promote self-sufficiency and ultimately, renewable energy powered things like charging stations for electrical vehicles is enhanced. You know, I would say ultimately, self-sufficiency, proper and enhanced reliability go hand in hand because you can couple that with energy efficiency, electric vehicles, charging as well as discharging and smart grids and even certain demand response measures. So the list goes on and on. You know, we can unpack them but though it's quite, I would say quite lucrative. And again, it all comes back to the fact that scales scalability.

    Dan Seguin  24:09

    Brandy, can you help me understand what the role of storage plays in the deployment and advancement of renewable energy?

    Brandy Giannetta  24:17

    Oh, sure. Well, on a larger scale like utility side, the technologies renewables can be deployed in complimentary ways to supply and support our broader electricity grids. Or they can be used as a co-located or hybrid resource with facilities like wind projects, wind farms and solar projects. Adding energy storage in order to firm that utility scale offering of energy to the grid, so firm power, or capacity, if you will, but by working together, the renewables and energy storage present a broader and more diverse range of not just firm energy offerings, but for customer seeking other things that diversity in tech technology provides scale grid services and other products for lack of a better word to the grid operator. And then ultimately, if you're looking at a smaller scale to the customer, as standalone efforts to enhance the needs that they have identified, sometimes that's offsetting their peak demand use and other aspects and applicability of the energy storage component can be used that way. So, the scale varies large scale utility grid offering to smaller scale behind the meter solutions is a really energy storage in particular, as a technology has a central role to play in that in that transformation to be able to make those solutions tangible and affordable and implementable.

    Dan Seguin  25:48

    Now for the million dollar question, how is Canada faring as a global climate leader? In your opinion, what is the low hanging fruit and what has the potential to have the biggest impact to the industry and maybe the world?

    Brandy Giannetta  26:06

    Well, sure, Canada is in a great position already, because we are starting from a spot of having strong renewable and non-emitting electricity base. So there remains also a massive untapped potential for wind, solar and hydro resources to continue to be developed. And so I would say that we're as one of the best countries or countries best position to eliminate our fossil fuel use any electricity generation in particular. And then the abundance of our resources means that we're then also well positioned to support significant increase in non-emitting or renewable electricity supply to power those other fossil fuel intensive industries, like I mentioned earlier transportation and buildings. So we do need to move away from fossil fuels for those other industries as well. And we can do it on the back of the electricity sector in Canada, as it currently stands, but we can also evolve that significantly because we already have the resources. And I think the number is associated with deep decarbonisation and vision that we need to increase our electricity production by two or three times to reach our sort of net zero GHG emission targets. And we already, like I said, have all of those resources available to us to do that. So it's a matter of the will and, you know, transitioning to that, as a global leader, we can really, I think, step ahead of the crowd and shine.

    Dan Seguin  27:26

    What is exciting you about the renewable energy industry right now?

    Brandy Giannetta  27:33

    Well, we're on the right side of history, we always have been but now more than ever, I think the stars are really aligning, you know, we've got decreasing costs, our customer demand and knowledge is growing at a rate. I don't know that any of us could have predicted a few you know, a decade ago, that emissions free zero marginal cost fuel, it's never going to go away. It’s here to stay. It’s scalable, it's flexible, and it’s decentralized. All of those buzzwords, which we can unpack any single one of them. That's exciting. But really put them all together. And I don't know, how exciting is that? Like, I don't know if I'm if I'm making the assumption, but I think it speaks for itself, like we are in a really good place right now, for all those reasons, and we need to be excited about it.

    Dan Seguin  28:15

    Here's my last question, Brandy. What keeps you up at night?

    Brandy Giannetta  28:21

    Well, you know, I think governments across Canada, you know, they need to take the politics out of the energy sector. And the decision making processes really need to be based on fair and transparent competition. You know, we've all, you know, leveling that playing field for us all and taking the politics out of it, because that decision making process really needs to be aimed at providing the best solution to clearly define problems without the politics and that's not to say there's not a role for governments and energy policy. There certainly is, but sound policy, stable investment signals, those things need to outweigh the politics in order to realize that, you know, progress and innovation it’s so ripe for the picking. And I think our good friend Geddy Lee, a Canadian icon, says it best when he said "progress has no patience, but something's got to give." So those are the things that I stay up at night thinking about.

    Dan Seguin  29:11

    Brandy, we've reached the end of another episode of the thick energy podcast. How can our listeners learn more about you and your association? How can they connect?

    Brandy Giannetta  29:23

    Well, like I said, we are new. So we've got a brand new shiny website up and running. It's renewablesassociation.ca. We're active on Twitter and LinkedIn, mostly, we've got Facebook and maybe a couple of other social channels. But we're going to continue to be evolving those sites over the summer in both English and French, which is very exciting and very important to us as a national Industry Association to be fully bilingual. So I would say that your best efforts reach out vis-à-vis our website. We're a small but mighty team, and so we're listed there and you can contact us centrally through the website is probably your best bet.

    Dan Seguin  29:57

    Again. Thank you so much for joining me today, I hope you had a lot of fun.

    Brandy Giannetta  30:02

    I sure did. Thank you so much for the opportunity. I really appreciate it.

    Dan Seguin  30:07

    Thank you for joining us today. I truly hope you enjoyed this episode of The ThinkEnergy podcast. For past episodes, make sure you visit our website hydroottawa.com/podcast. Lastly, if you found value in this podcast, be sure to subscribe. Cheers, everyone.