FortisBC Inc. issued a Request for Expressions of Interest (RFEOI) to identify potential electricity-generating projects both within and outside our electricity service area that would help meet growing electricity needs in British Columbiaâs Southern Interior.
Meeting the growing demand for electricity
FortisBC owns four hydroelectric generating plants on the Kootenay River which allow our customers to receive approximately 1,609 gigawatt hours (GWh) of energy supply annually. We meet the remainder of our customersâ energy requirements by purchasing electricity through contracts with BC Hydro, other producers within the province and on the wholesale market.
To meet B.C.âs rising energy needs, weâre aiming to add up to 1,100 GWh of energy supply as soon as 2030. This RFEOI marks the initial step in identifying projects to address the growing demand for electricity.
Power providers and Indigenous communities from across British Columbia are encouraged to participate
KELOWNA, B.C.âSeptember 10, 2024:Â FortisBC Inc. (FortisBC) is issuing a Request for Expressions of Interest (RFEOI) for additional power to meet its customersâ growing energy needs and support economic growth in B.C.âs Southern Interior region. As the company identifies promising projects, FortisBC will work with power providers to bring these new projects online and increase the amount of electricity available for its customers.
âAs a provider of critical energy services in British Columbia, FortisBC is committed to providing safe, reliable and affordable energy to the homes and businesses we serve,â said Joe Mazza, vice president of energy supply and resource development. âAs our customersâ energy needs grow, we are working with Indigenous and local communities, local governments, businesses and organizations to meet this rising demand. This initiative will also be an opportunity for electricity generation providers to expand and create new jobs here in B.C., while ensuring that our customers continue to have the energy they need when they need it.â
FortisBC is looking for power providers with experience building projects in B.C. and with a focus on developing innovative, lower-carbon and renewable energy sources, including biomass, biogas, hydroelectricity, solar, wind and geothermal projects. The company is interested in innovative new or existing projects located in British Columbia, ideally having a minimum size of five megawatts. FortisBC is looking to add up to 1,100 gigawatt hours of energy supply as soon as 2030.
In addition to information about potential projects, FortisBC is interested in new or existing projects that have a strong Indigenous equity component or are Indigenous led. It is seeking an understanding of each projectâs engagement activities with Indigenous and local communities, with the goal of providing opportunities for Indigenous contractors and supporting local and Indigenous-affiliated businesses. The company will be asking applicants if they have been working with Indigenous and local groups on the development of their projects and whether they have agreed to share in potential benefits arising from the projects.
The RFEOI is part of FortisBCâs plan to grow its energy systems in the Southern Interior, ensuring our customers have the energy they need. The company has seen greater than anticipated demand for electricity with population and economic growth in the region and increasing electrification of parts of the economy. FortisBCâs 2021 Long-Term Electric Resource Plan (LTERP) proposed new infrastructure projects for the region, including upgrades to the F. A. Lee Terminal Station and the addition of transformers to other substations in Kelowna. In the 2025-2027 Rate Setting Framework, FortisBC is seeking approval from the British Columbia Utilities Commission (BCUC) to invest $157 million over the next three years in additional electricity infrastructure, such as new transformers and upgrades to substations and transmission lines in the Southern Interior. In 2026, the company anticipates filing a new LTERP that will include further investments in electricity infrastructure projects throughout the Southern Interior region.
Joe Mazza, vice president of energy supply and resource development, announced that FortisBC is seeking new power generation projects to meet customersâ growing needs.
Quotes
On behalf of our members, I commend FortisBC for its efforts to expand electricity capacity in the Southern Interior. By pursuing innovative, clean energy projectsâincluding solar, wind, hydro and geothermalâFortisBC is fostering a diverse range of energy solutions. By prioritizing projects that involve Indigenous Nations and creating opportunities for Indigenous contractors and local businesses, FortisBC is setting high standards for integrating community benefits into energy projects and advancing economic reconciliation. Clean Energy Association of British Columbia is thrilled to back this initiative to ensure affordable and equitable economic growth for all British Columbians while also addressing future electrification needs.
Kwatuuma Cole Sayers, executive director, Clean Energy Association of British Columbia
FortisBCâs request for expressions of interest will add new sources of clean renewable electricity to B.C.âs grid so that people, businesses, and communities throughout British Columbia can continue to have safe, reliable, affordable electricity for years to come. Increasing and diversifying our supply of clean electricity will also create thousands of good jobs all over the province, and provide new opportunities for First Nations in our clean energy sector.
Josie Osborne, B.C. Minister of Energy, Mines and Low Carbon Innovation
The Okanagan Valley is the fastest growing region in Canada, and we need to look at more innovative ways to support our evolving business community and continuous population growth. We recognize that many people come to Kelowna for its weather and natural beauty, however stable employment and a diverse economy is critical to our long-term sustainability,â said Mayor Tom Dyas, âThis announcement by FortisBC is encouraging as it recognizes a much greater investment in electrical infrastructure within our region and aligns with Councilâs priorities on Climate and the Environment, and fostering economic development.
Tom Dyas, mayor, City of Kelowna
Generating more clean electricity is key to building a strong, low-carbon economy while keeping energy affordable and reliable. Todayâs announcement by FortisBC is a positive step towards the provinceâs electrified future.
Mark Zacharias, executive director, Clean Energy Canada
Building new clean electricity generation projects is essential to help meet B.C.’s growing energy demands and will create jobs for electricians, power line technicians and other skilled tradespeople. ECABC’s contractors look forward to contributing to building this important infrastructure.
Matt MacInnis, president, Electrical Contractors Association of British Columbia
Given population and industrial growth in B.C., combined with the need to increase the electrification of our buildings and transportation sectors, increasing the supply of clean, renewable energy is critical to a resilient future. We are pleased to see FortisBC taking this step to expand the availability of clean electricity in the Southern Interior, with a focus on innovation and Indigenous participation, along with continued investments in efficiency and energy infrastructure.
Betsy Agar, buildings program director, Pembina Institute
Backgrounder
FortisBC’s efforts to add new power sources builds on actions to meet Southern Interior’s energy needs
In addition to the RFEOI for new electricity generating projects, FortisBC is taking action to increase the ability of its electricity system to meet the short-term and long-term energy requirements of the Southern Interior region, keeping the needs of its customers top of mind, especially in relation to the potential impacts on rates and affordability.
FortisBCâs plans to meet forecasted electricity demand were outlined in 2021 when it filed its LTERP with the BCUC. Under this plan, FortisBC proposed to invest in new electricity infrastructure projects for its customers in the Southern Interior region, including upgrades at the F.A. Lee Terminal Station, the addition of transformers at substations in Kelowna and other projects. The company also projected adding new substations and feeders, a new transmission line and new transformer and supporting infrastructure1Â by 2040. Since filing the 2021 LTERP, FortisBC has seen a sooner than expected rise in customer demand for electricity with population and economic growth in the region and increasing electrification of parts of the economy.
In February 2024, FortisBC announced a nearly $700 million investment over four years for energy conservation initiatives to help reduce emissions, lower energy costs for customers and reduce energy use in homes and businesses. These initiatives are intended to make rates more affordable by lessening or deferring the need to build new infrastructure to keep up with energy demand.
In April 2024, FortisBC filed with the BCUC its 2025â2027Â Rate Setting Framework, which proposed its plan to invest about $157 million2Â over three years in new electricity infrastructure projects to expand its capacity. This plan includes projects such as adding additional transformers to substations, upgrading substations and upgrading transmission lines in the Southern Interior.
In 2026, the company anticipates filing a new LTERP with the BCUC that will outline its plan for additional investments in electricity infrastructure to help meet its customersâ needs, while supporting affordability and helping to reduce energy consumption in homes and businesses and overall greenhouse gas emissions.
As FortisBC works to expand its energy capacity, it is asking developers, homebuilders, Indigenous communities and local governments involved in large, new projects to reach out to them early in the development stage of those projects so it can work with them and determine how to best meet their energy needs.
About FortisBC Inc.
FortisBC Inc. is a regulated utility focused on providing safe, reliable and affordable electricity. FortisBC Inc. employs approximately 571 British Columbians and serves approximately 190,600 direct and indirect customers in B.C.âs Southern Interior. FortisBC Inc. owns and operates four regulated hydroelectric generating plants and approximately 7,300 kilometres of transmission and distribution power lines. FortisBC Inc. is a subsidiary of Fortis Inc., a leader in the North American regulated electricity and gas utility industry. FortisBC Inc. uses the FortisBC name and logo under license from Fortis Inc. For further information on FortisBC Inc., visit www.fortisbc.com. For further information on Fortis Inc., visit www.fortisinc.com.
BC Hydro has received a strong response to its call for new renewable power-generation projects while it continues to build out and strengthen B.C.âs electricity grid, creating jobs and supporting clean growth in communities such as Vancouver.
âWe need more clean energy to power our homes, businesses and industries, to power growing communities and to power our future,â said Josie Osborne, Minister of Energy, Mines and Low Carbon Innovation. âBuilding an economy powered by clean, reliable and affordable electricity is one of the job-creation opportunities of our generation. Through regular calls for power and BC Hydroâs 10-year capital plan, we are creating over 10,000 construction jobs and driving sustainable growth across the province.â
In April 2024, BC Hydro launched a call for power to acquire approximately 3,000 gigawatt hours per year (GWh/y) of clean electricity. This is BC Hydroâs first competitive call for power in more than 15 years and will add 5% to its current supply.
In response, BC Hydro received proposals for three times more energy than it was targeting. There were 21 proposals from independent power producers throughout B.C., representing more than 9,000 GWh/y, enough to power approximately 800,000 homes. Of the proposals received, approximately 70% are wind projects, 20% are solar and 10% include biomass and hydro.
The proposals are geographically diverse representing almost every region in the province. Of the 21 proposals, there are eight from the southern Interior, four from the central Interior, five from the north coast, two from the Peace Region and two from Vancouver Island.
After evaluating the proposals over the coming months, BC Hydro will award electricity purchase agreements in December and expects projects to start coming online as soon as fall 2028. The development and construction of new clean-energy projects in response to the call for power will generate an estimated $2.3 billion to $3.6 billion in private capital spending throughout the province and create approximately 800 to 1,500 jobs annually on average.
Unlike other provinces, B.C. is well positioned to add more intermittent renewables, such as wind and solar, to the electricity grid as its integrated, flexible system of hydroelectric dams act as batteries. The reservoirs store water and allow BC Hydro to ramp production up or down almost instantly, providing a reliable backup when the sun isnât shining or the wind isnât blowing. The cost of wind and solar, and the time needed to construct new facilities, has dropped significantly over the past decade.
As part of Powering Our Future: BCâs Clean Energy Strategy, the Province has committed to conducting regular, competitive calls for power every two years. This will ensure that B.C. has the clean electricity it needs as the economy and population continues to grow while keeping BC Hydro rates affordable for people and businesses.
In addition to increasing the generation of electricity in the province, BC Hydro is also investing to expand and strengthen its transmission and distribution system through its capital plan. Upgrading BC Hydroâs electricity grid will ensure that clean power can be delivered to new homes, businesses and industries when and where they need it.
In January 2024, the Province announced BC Hydroâs updated 10-Year capital plan, which contains $36 billion in regional and community infrastructure investments across B.C., a 50% increase in investments over its previous capital plan. These new construction projects are forecast to support 10,500 to 12,500 jobs annually, on average, as well as increase and maintain BC Hydroâs capital investments as major projects, such as Site C, are completed.
âIn growing municipalities like Vancouver, where we are seeing substantial population growth and increasing residential, commercial and industrial customers clean electricity needs, we are embarking on significant upgrades to our electricity system, including adding new substations and expanding existing substations, transmission lines and distribution network to ensure we can continue to provide reliable and clean electricity to our customers,â said Chris OâRiley, president and CEO, BC Hydro. âWe are also making important changes to our customer connections process to speed up timelines for newly constructed homes and buildings.â
Vancouver is the most populated municipality in B.C. Population and housing growth along with increasing residential, commercial and industrial electrification is driving up energy needs. To meet this surge in demand, approximately $2 billion is being invested in several projects, including:
approximately $1.4 billion to construct three new substations, which will be in service by the early 2030s:
West End substation to replace the Dal Grauer substation will power as many as 70,000 new homes;
East Vancouver substation to replace the Murrin substation will power as many as 70,000 new homes; and
Boundary substation to provide capacity in the fast-growing south Vancouver and south Burnaby areas will power as many as 70,000 new homes.
approximately $200 million to expand capacity at Mount Pleasant and Kidd 1 substations, and to replace aging equipment at Cathedral Square and Sperling substations;
approximately $300 million in investments in distribution capacity to:
convert underground systems in downtown Vancouver to higher voltages to provide additional capacity;
connect new residential developments in Oakridge, West Broadway, Yaletown and west side of Vancouver; and
provide new feeder capacity in the West End, West Side and south Vancouver.
approximately $120 million to replace an aging 230 kilovolt cable approaching end-of-life to maintain reliable supply of power to the Cathedral Square substation in downtown from Burnaby; and
as part of the Metro South Project, $500 million will be invested to expand the transmission network to support the projected load growth and increase capacity feeding the Camosun and Mainwaring substations in Vancouver.
Quick Facts:
Currently 98% of the power generated for B.C.âs integrated grid comes from clean or renewable resources making B.C. a leader in North America when it comes to clean energy.
Electricity demand in B.C. is expected to increase by 15% or more between now and 2030.
BC Hydro has kept rate increases below the rate of inflation for six years in a row.
B.C. has the second lowest residential electricity rates in North America and the third lowest commercial and industrial rates.
BC Hydroâs capital plan and its first call for power are estimated to lead to total public and private capital investments of approximately $40 billion and create between 11,300 and 14,000 construction jobs annually.
BC Hydro was a net exporter of electricity for the past five years (2019-23), with the majority of imports coming from dedicated clean sources of electricity.
What people are saying about B.C. Hydro investments
George Heyman, Minister of Environment and Climate Change Strategy, and MLA for Vancouver-Fairview â
âThis significant investment by BC Hydro is crucial for Vancouver. As our region continues to grow rapidly, these upgrades and expansions will ensure that our residents and businesses have access to reliable and clean electricity. This not only supports our economic development, but also aligns with our commitment to a sustainable, clean economy and electrifying vehicles and home energy. I’m excited to see these upgrades coming to Vancouver.â
Merran Smith, president, New Economy Canada â
âThe incredible response and numbers we’re seeing today from BC Hydro confirms what we already know â B.C.âs key industries want and need more clean power to build and power new homes, mines, manufacturing plants and trucking fleets. With so many clean-energy producers stepping up, the future is bright as we look to accelerate investment, get more people working and grow our clean economy.â
Mark Zacharias, executive director, Clean Energy Canada â
âThe significant response to BC Hydroâs first call for new power in 15 years is a key step towards making sure that B.C. can deliver on its climate and economic targets. The electrification of B.C.âs industries and households is an immense opportunity to make life more affordable for British Columbians while growing our economy and must remain a core objective for the government.â
Ken Sim, mayor, Vancouver â
âVancouver is committed to leading the way in clean energy and BC Hydroâs substantial investment in our cityâs infrastructure is a testament to that commitment. These projects will not only support our growing population but also help us achieve our ambitious sustainability goals.â
Annette Toth, president, MoveUp â
âThis substantial investment by BC Hydro is critical for ensuring we have a safe electrical supply for our communities for generations to come. It is both an investment in critical infrastructure as well as in the people who live and work in British Columbia. This investment means generating good-paying, unionized jobs in our communities for workers, like our MoveUP members at BC Hydro and Powertech, who provide an essential service to people across B.C. every day.â
Anne McMullin, president and CEO, Urban Development Institute (UDI)Â â
âUDI is very pleased that BC Hydro is investing $2 billion in much-needed electrical infrastructure in Vancouver. These upgrades to the distribution system are essential for the city and our members to deliver the job spaces and 10s of thousands of new homes Vancouver needs in the coming decades, while ensuring governments can still achieve their climate goals of reducing greenhouse gas emissions.â
BC Hydro’s plan to meet future demand
BC Hydroâs updated Integrated Resource Plan (IRP) outlines how BC Hydro will meet the electricity needs of its customers over the next 20 years and reflects B.C.âs greenhouse-gas reduction targets and electrification. Itâs a flexible plan that allows BC Hydro to monitor changing conditions and adjust its planning to meet the future needs of customers.
In addition to Site C coming online and BC Hydroâs first competitive call for power in 15 years, the IRP includes a range of actions to meet future demand, including:
ramping up demand-side management (including energy efficiency) activities and investments to conserve energy and limit peak demand to achieve greater customer energy savings;
offering optional rates, such as the new voluntary Time-of-Day rate, to achieve system capacity savings, including for home charging of electric vehicles;
renewing electricity purchase agreements with existing clean or renewable independent power producers on a cost-effective basis;
continuing to explore the expansion of existing capacity at the Revelstoke generating station;
advancing upgrades to transmission infrastructure to achieve additional capacity; and
advancing the integration of utility-scale batteries (energy-storage systems).
The BC Utilities Commission (BCUC) approved BC Hydroâs IRP in March 2024 following a multi-year regulatory proceeding that included participation from 36 stakeholder intervenors and BC Hydro staff answering approximately 5,000 questions. This is the first time since 2006 that the BCUC has had the opportunity to provide oversight and approval of BC Hydroâs IRP. The BCUCâs oversight of long-term energy planning was restored in 2019 through legislative amendments to the Utilities Commission Act.
Under the Clean Energy Act, BC Hydro is required to be self-sufficient based on average water years. This means that in some years B.C. will be in surplus (and a net exporter), while during others it will be in deficit (and a net importer), such as during 2023 due to the current historic drought. Over the past 15 years, B.C. was a net importer in seven years and a net exporter in eight.
By bringing more renewables onto the grid, such as wind and solar, B.C. will diversify how it generates electricity and make us more resilient to extreme events and uncertainty due to climate change.
BC Hydro’s 2024 Call for Power has attracted significant interest from proponents across the renewable energy sector. As of September 16, 2024, BC Hydro has received 21 project proposals, collectively representing over 9,000 GWh of clean and renewable electricity per year. This promising response highlights a growing commitment to sustainable energy solutions and the development of new infrastructure to support British Columbiaâs clean energy future.
The initial submissions reflect a range of energy sources, including wind, solar, hydro, and biomass, underscoring the diversity of renewable energy technologies in the province. However, it’s important to note that the information regarding these proposals is preliminary and is based on unverified submissions. Each proposal will undergo a thorough evaluation process to determine project eligibility, followed by a detailed assessment as outlined in the terms and conditions of the Request for Proposal (RFP).
Overview of Proposals
Here’s a snapshot of some of the project proposals and their respective proponents:
IEP Energy Economics Development Corp. â Sazul Nahuyutsa Solar
Location: Vanderhoof
Energy Source: Solar
1172792 B.C. Ltd. â Gilford Island Wind Project
Location: Health Bay
Energy Source: Wind
Anyox Hydro Electric Corporation â Anyox Hydro
Location: Stewart
Energy Source: Hydro
Bouleau Mountain Power Inc. â Bouleau Mountain Wind Project
Location: Vernon
Energy Source: Wind
Cariboo Solar LP â Cariboo Solar
Location: Quesnel
Energy Source: Solar
Enrich Energy Ltd. â Enrich-Kerry Lake Site Biomass Enrich Power Plant Project
Location: Bear Lake
Energy Source: Biomass
This is just a small sample of the full list of proposals, which also include projects utilizing wind power in regions such as Campbell River, Logan Lake, and Merritt, as well as additional solar projects in communities like Cranbrook. Each proposal is unique in its scope, design, and potential impact, contributing to the overall goal of increasing clean energy production in British Columbia.
BC Hydro will now begin the process of reviewing these project proposals to ensure they meet the stringent criteria set forth in the RFP. This involves assessing the feasibility, sustainability, and potential benefits of each project to the local communities and the province as a whole. Once evaluations are complete, successful proponents will be invited to participate in further discussions to advance their projects.
For more information on the 2024 Call for Power and to follow the progress of these proposals, visit BC Hydroâs dedicated project page.
Stay tuned for more updates as BC Hydro continues to support and expand clean energy initiatives across British Columbia.
We believe energy is an essential currency in the world today
Energy Economics Development Corporation is committed to making a positive impact on the environment, but also creating economic growth and building social capital for everyone involved.
Rising from humble beginnings as a residential solar company, EE Development Corporation brings the same customer focused attention to utility scale solar projects. Developing solar projects in a variety of scales, we work across the supply chain to implement energy solutions for communities and organizations.
With over 100 MW of solar projects in development we work with partner communities to build long lasting relationships and make the communities stronger and more resilient. Solar farms provide the community with stable and consistent cash flows over decades.
Guiding Solar Farms from Idea to Reality
We work across the supply chain to create energy solutions
Energy Economics Development Corp solar farms are more than just energy projects; they are partnerships with the communities we serve.
We work closely with local stakeholders to understand their needs and priorities, creating opportunities for economic development, job creation, and education. By providing clean energy, we aim to empower communities, reduce energy costs, and foster a healthier environment for future generations.
From site selection, financing and engineering, to project execution, we are involved in every step of the process, ensuring that our projects meet the highest standards of quality and sustainability.
Specializing in Canadian Projects with First Nations as Majority Owners
A Commitment towards renewable energy and community empowerment
Energy Economics Development Corp. has a long history of working in partnership with First Nations communities, ensuring that our renewable energy projects deliver shared economic and social benefits.
Our approach to project development emphasizes meaningful collaboration, ensuring our partner communities are not only stakeholders but active participants in the economic growth generated by renewable energy assets.
Beyond ownership, we support First Nations by providing training, employment opportunities, and access to financing options.
Our experience in collaborating with First Nations communities ensures that the transition to renewable energy is both inclusive and impactful, contributing to economic reconciliation while advancing the provinceâs environmental goals. We are proud of our ongoing partnerships and remain committed to delivering projects that are rooted in respect for the land and people.
Solar panels in Vernon, B.C. Armstrong-based Energy Economics is partnering with Saik’uz First Nation to launch a solar farm near Vanderhoof. Energy Economics/ Facebook
Several of these proposed renewable energy projects are located in northern B.C. They include solar initiatives in Vanderhoof and Quesnel, as well as, wind projects in Fraser Lake, Prince George, Iskut and Fort St. John, and a hydro project in Stewart among others.
Near Vanderhoof, Saikâuz First Nation is partnering with Armstrong, B.C.-based Energy Economics to launch the ‘Sazul Nahuyutsa’ solar farm project, aiming to produce energy for sale to BC Hydro.
‘Sazul Nahuyutsa’ (meaning “they store the heat of the sun” in Saikâuz Hubughunek), will feature a 61-megawatt (MW) solar farm with approximately 96,000 solar panels across 350 acres, Energy Economics announced on Sept. 24.
The project proposal has been submitted to BC Hydro which will select and approve bids by the end of this year, said Energy Economics spokesperson Jim Jacobsen.
BC Hyrdo rolled out its 2024 Call for Power after it recognized the electrification demands of the province to meet zero-carbon goals exceeded the Crown utility’s peak capacity as highlighted in its 2021 Integrated Resource Plan.
In Northern B.C., there is a significant growth in sectors such as ports, mining, hydrogen, technology, and liquefied natural gas, with industry stakeholders increasingly interested in using clean electricity.
So in April 2024, BC Hydro announced this call for power to secure clean and renewable energy, identifying a need for about 3,000 gigawatt hours (GWh) per year of additional energy by late fall 2028.
The requirements for the energy producers/projects are that they must be cost-effective clean energy initiatives capable of starting by fall 2028 and involve partnerships with First Nations.
By September 16, BC Hydro announced it had received 21 project proposals offering over 9,000 GWh per year of renewable electricity.
Jim Jacobsen stated the goal of their Vanderhoof solar-farm project is to secure a long-term electricity purchase agreement with BC Hydro, which would provide stable revenues for the next 30 years.
The project’s construction timeline is contingent on BC Hydro’s selection process. Proposals will be reviewed until December, with potential construction beginning in approximately two years if approved, Jacobsen said. If not selected, the project could still proceed, but at a slower pace.
According to Jacobsen, BC Hydro’s call for power marks the first opportunity for independent power producers in 15 years after it identified the need for an additional 227,000 homes worth of power in the province.
Instead of building a major new hydroelectric dam such as Site C (which cost $16 billion), BC Hydro issued the call for power to independent producers that can provide the required power without the high upfront costs of building new large-scale generation infrastructure, Jacobsen explained.
The collaboration with Saikâuz First Nation was initiated when BC Hydro identified preferred power generation areas, including the Bulkley-Nechako region. Energy Economics reached out to Saikâuz to explore interest due to prior collaborations.
The call for power requires a minimum of 25 per cent First Nations equity, making this collaboration a strategic fit, Jacobsen said.
Once operational, the solar farm is expected to supply clean energy to about 6,000 homes and businesses, supporting local net-zero goals. The project is also anticipated to create job opportunities and promote educational and cultural initiatives during its construction, benefiting both Saikâuz and neighbouring communities.
Saikâuz First Nation will retain majority ownership of the solar farm and has the option to acquire full ownership, allowing for strategic decisions regarding the Nation’s economic future.
An exclusive presentation for Saikâuz members was held on September 12 at the community’s gathering place, featuring drumming, singing, and a public engagement session.
Saik’uz Nation Chief Priscilla Mueller said the community has been really receptive to the project.
“With recent mill closures in the area, this is an opportunity that will help our communities and the communities around us while creating minimal impacts to the land, ” Mueller said.
In a groundbreaking move towards renewable energy and community empowerment, Saikâuz First Nation, in collaboration with Energy Economics, are exploring the development of a solar farm project, Sazul Nahuyutsa, translating to âthey store the heat of the sunâ in Saikâuz Hubughunek, the communityâs indigenous dialect. The proposed 61 MW solar farm will feature approximately 96,000 solar panels spread across 350 acres, emphasizing sustainable energy production while ensuring the land remains viable for future food-security applications.
Upon completion, the Nation will retain majority ownership of the solar farm with an agreement option to acquire full ownership, if desirable. This option will allow Saikâuz to make an informed decision about their economic future and best optimize their social, economic, and environmental stewardship benefits from this project.
Currently, Sazul Nahuyutsa is set to participate in BC Hydroâs competitive 2024 Call for Power. If selected, the project will seek an electricity purchase agreement with the Province to secure stable and consistent project revenues over the next 30 years.
During its construction, Sazul Nahuyutsa is expected to generate local economic opportunities for employment, education, and cultural revitalization that will benefit Saikâuz and its surrounding communities. Once operational, the project will supply clean energy to as many as 6,000 homes and local businesses, supporting our local communities in achieving their net-zero goals.
Energy Economics held an exclusive project presentation with Saikâuz members on Thursday, September 12th at Saikâuz First Nationâs Gathering Place to discuss the opportunity. The evening featured drumming and singing, information sharing, a productive Q&A period, and was followed by a generous meal to enrich the relationship between community and industry. Energy Economics and Saikâuz First Nation will continue to grow their relationship as they collaborate on Sazul Nahuyutsa through community discussions and celebrations.
For questions about the project or Energy Economics, please contact [email protected].
Chief Priscilla Mueller of Saikâuz First Nation states, âWe had a really good engagement with Josh and his team, and the community has been really receptive to the project. Building strong relationships is a core value to us as a Nation, and weâre excited about partnering with Energy Economics, as we know a strong relationship will be what drives this projectâs success. With recent mill closures in the area, this is an opportunity that will help our communities and the communities around us while creating minimal impacts to the land.
Joshua Persaud, CEO of Energy Economics states, âWe are honored to have the opportunity to collaborate with Saikâuz First Nation. Connecting with the community and working alongside such visionary leadership has been truly inspiring. Solar farms have the power to transform communities and create lasting impacts. They can make a positive impact on the environment but also create economic growth and build social capital for everyone involved. The Sazul Nahuyutsa Project exemplifies this potential.â
For more information, please contact:
Jim Jacobsen, Vice President â Marketing & Public Relations
Harnessing Solar Power for Your Starlink System: Understanding Energy Needs and Solutions
As the popularity of Starlink continues to rise due to its ability to deliver high-speed internet in both urban and remote areas, many users are curious about its energy demands. With a growing reliance on Starlink for consistent connectivity, especially in off-grid or remote locations, understanding how much power the system consumes is crucial for optimizing your solar setup.
Starlink and Power Consumption
Starlinkâs internet service connects to a constellation of over 12,000 low Earth orbit (LEO) satellites, providing coverage across 54 countries. The service, which costs about $99 per month plus a $500 equipment fee, is designed to deliver reliable, high-speed internet. However, powering the Starlink system is not without its costs.
Key Takeaways About Powering a Starlink System:
Gen 1 Standard Circular Dish: Consumes 50-75W.
Gen 2 Standard Actuated Dish: Consumes 50-75W.
Gen 3 Standard Dish: Consumes 75-100W.
High-Performance Starlink Dish: Consumes 110-150W when active.
Given these consumption rates, the power costs of running a Starlink system can exceed $100 per year. For those relying on solar energy, understanding this power draw is essential.
What Affects Starlinkâs Power Consumption?
Several factors influence how much power your Starlink system uses:
Network Activity: The more devices connected and data used, the more power the Starlink dish will consume. Streaming, gaming, and video calls increase energy demands.
Weather Conditions: Clear skies are ideal for Starlink’s performance, reducing power needs. Heavy rain or clouds may cause the system to consume more energy to maintain a connection.
Physical Obstructions: Objects like trees or buildings that obstruct the dish’s view of the sky may cause it to use more power as it works to reconnect.
Solar Power Solutions for Starlink
Switching to a solar power generator can help offset the energy costs associated with running a Starlink system, especially in off-grid locations. Portable, compact, and quiet, solar generators are ideal for both outdoor and indoor use.
As an ambassador and partner with Royer Batteries, we recommend the following cutting-edge solutions:
Pricing in CAD â USA Customers Contact Us to Order
There is no comparison. The smallest and lightest 4.1kWh of battery power you can get, built in Canada. Our Micro 12V 320Ah battery, with a smarter BTBMS, provides real-time monitoring, automatic heating, and uses LiFePO4 chemistryâone of the safest and longest-lasting lithium options. Easily monitor usage via an optional RB Smart LCD screen or from your phone/tablet app.
Run Time for Starlink: Approximately 41 hours on a full charge.
Pricing in CAD â USA Customers Contact Us to Order
The Nano 12V 170Ah battery is the smallest and lightest 2.18kWh battery available, proudly built in Canada. Featuring the same advanced BTBMS for real-time monitoring and automatic heating, this battery also uses safe and long-lasting LiFePO4 chemistry. Monitor real-time usage with the optional RB Smart LCD screen or the app.
Run Time for Starlink: Approximately 21 hours on a full charge.
Conclusion
Starlinkâs power consumption varies depending on usage, with standard models drawing between 50W to 100W, and high-performance models consuming up to 150W. For those using Starlink in remote areas, integrating a solar power solution like our Royer Batteries can provide the reliability and efficiency needed to maintain your connection without relying on the grid.
If you’re looking to enhance your solar setup or need advice on maximizing your systemâs efficiency with Starlink, weâre here to help!
VANCOUVER- New BC Hydro rebates are now available of up to$5,000on eligible grid-connected solar panels and up to an additional$5,000for battery storage systems to qualifying residential customers.
These rebates will make it easier for British Columbians to generate their own power, reduce their bills and deliver clean energy back to the province’s electricity grid.
‘We need more clean energy to power our homes, businesses and industries, to power a growing economy and to power our future,’ saidJosie Osborne, Minister of Energy, Mines and Low Carbon Innovation. ‘British Columbians are up for the challenge. That’s why we are providing new BC Hydro rebates for rooftop solar panels and battery storage so that more people across the province can generate electricity, save on their energy bills and help build a clean economy.’
About 9,500 British Columbians are already part of BC Hydro’s Self-Generation Program (previously net metering), harnessing the power of the sun to generate their own renewable energy, which is a good option for those looking to gain energy independence and lower their electricity bills. Battery storage allows customers to store their excess renewable energy to power their homes on cloudy days, overnight or in the event of a power outage. Residents can install solar panels or a battery – or both – to maximize the value of their project and their rebate.
To be eligible for rebates, customers must participate in our Self-Generation Program and enrol in the Self-Generation Rate. Any excess generation will be credited to them on the next bill, and this power can be used to serve other customers and businesses. If customers still have generation credits on their anniversary date (March 1), BC Hydro will pay them for the excess electricity at market price.
‘BC Hydro is committed to supporting the energy transition as British Columbians look to power homes and businesses with more clean electricity,’ saidChris O’Riley, President and CEO of BC Hydro. ‘We are excited for the first time ever to offer rebates for eligible solar panels and battery storage systems, allowing our customers to lower their energy bills, generate their own renewable electricity and store excess energy to use when and how they want. Adding more renewable generation and storage options also helps the overall electricity system by reducing demand from the grid.’
BC Hydro is also offering targeted rebates to schools, apartment buildings, municipal government and community centres, small businesses, social housing providers and Indigenous communities. These rebates range from up to$50,000to$150,000based on the individual customer.
These rebates are one of many actions BC Hydro is taking to support its customers and provide more choices in its new Energy Efficiency Plan – a key action to meet the growing demand for electricity. Over the next three years, BC Hydro is investing over$700 millionin tools, technology and programs for customers to encourage more energy efficient choices. This is a 60 per cent increase over previous budgets and adds up to about 2,000 gigawatt hours of savings, which is the equivalent of powering 200,000 homes. As more people look to switch from fossil fuels to cleaner, renewable sources of power, these programs will help BC Hydro’s customers save more than$80 million, deferring the need for additional capital infrastructure and offering added flexibility to the BC Hydro system.
The Canada Greener Homes Loan continues to offer interest-free financing to help Canadians make their homes more energy efficient and comfortable. This loan is designed to support eligible retrofits that are recommended by an energy advisor and have not yet been started.
Key Features of the Canada Greener Homes Loan:
Maximum Loan Amount: $40,000
Minimum Loan Amount: $5,000
Repayment Term: 10 years, interest-free
Loan Type: Unsecured personal loan on approved credit
Important Guidelines:
Do not start any retrofit work before submitting your loan application, as retrofits started before the application are ineligible.
Up to 15% of the loan can be delivered upfront to cover any deposits required by your contractor.
Eligibility:
Must be a Canadian citizen, permanent resident, or non-permanent resident legally authorized to work in Canada.
The home must be your primary residence and you must own it.
A pre-retrofit evaluation must be completed and retrofits must not have started.
You must have a good credit history and meet other specified criteria.
