Renewable Energy Systems Fairbanks

Renewable Energy Systems Fairbanks – Solarize BRITE (Building Resilience) is a pilot program to add resiliency-focused energy efficiency improvements to nonprofit organizations. In its first year, Solarize BRITE is partnering with Native Movement, North Star Council on Aging (Fairbanks Senior Center), Denali Education Center and Fairbanks Community Housing Services Building energy audits to determine which upgrades are most needed. Funding for the energy audit came from the US Department of Energy and the National Renewable Energy Laboratory. It is coordinated by the Cold Climate Housing and Research Center, Information Insights, the Solarize team and the North Star Community Foundation.

For every nonprofit that participates in BRITE to promote a much-needed energy upgrade, Solarize supports a community fundraiser, and you can help! Your donation will help fund these energy improvements so organizations don’t have to access funds designed to support full service to their communities.

Renewable Energy Systems Fairbanks

Solarize Fairbanks is excited to support energy efficiency improvements in our region. We work with energy auditors to ensure discounts are available to everyone at a Solarize event. Does this mean you have to want or get solar panels? Do not! Solarize Fairbanks is a clean energy movement; energy efficiency and the reduction of heat or electricity waste are at the heart of our efforts.

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The 2022 Energy Efficiency Campaign will continue until the end of 2022. Register here. For more information, please email [email protected].

Wait! Are you a small business? Thanks to a USDA program, you may be eligible for a larger discount on energy audits and a grant to pay for 25% energy efficiency improvements. The program is now open! Register to learn more.

The Solarize University Heights and Denali events have ended and new solar PV systems have been installed. Here’s a quick update!

Renewable Energy System (RES) and Solarize Fairbanks work to facilitate Alaska’s first Solar Pledge effort – RES commits to install a solar PV system for each solar district’s needs, and the community works together to determine who will receive the system. Here are the 2021 participants in each field:

Solarize Fairbanks Kicks Off 2022 Season

Solar Pledge recipients plan to complete their installations this fall. Thanks again to all of the Solarize Zone organizers for making this pledge and helping the zone give back to the community, and to Renewable Energy Systems for making this pledge and donating to our communities inside. RES is currently discussing the feasibility of a solar pledge for 2022, and if it donates a solar system this year, it will lead the process and, if selected, notify the recipients of their donation. We will continue to update as the Solar Promise story continues!

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Powering Fairbanks: Solar Initiative project makes conversion easier for homeowners News Miner Alena Naiden

Investing in solar energy in Alaska may be a better option than scholarship By Amanda Byrd, ACEP

Yes, not only in Fairbanks! There are Solarize programs in Anchorage, Kenai, Homer and a Thermalize program in Juneau. In the first year of 2020, we ran 3 regional campaigns, helping 67 households and businesses to purchase a total of 380 kW of electricity. Last year, we held 5 regional events, helping 71 households and businesses purchase a total of 419.02 kW.

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The Solarize Fairbanks initiative has helped a variety of homes and businesses get solar PV systems and energy audits in the Outback over 3 years. so far

Yes! For an eligible group, you will need two regional organizers to run the regional event and at least 10 nearby neighbors and friends who are interested in a daylight assessment. Participate in solar events without committing to a solar contract.

Wondering if they are interested in investing in energy efficiency and solar PV in the summer of 2022. If the event is happening near you, they will work with the selected installer and receive a free personalized solar assessment and quote. At that point, they will decide whether to continue investing.

It depends, so much so that I made a pager about it! Prices for our systems range from $8,000 to $30,000. Why? – Size, location, panel type, battery and other extras etc. The real question is, have you done an energy efficiency audit and how much do you want to spend?

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Solar PV in Fairbanks currently costs about $4 per watt before any tax credits or rebates. Our goal is to reduce the cost of solar PV systems by at least 10% by 2032, or even less if you qualify for the 30% federal tax credit.

If you have more questions about grants, home and business loans and other funding options, please contact our campaign team >> [email protected]

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The Solarize Fairbanks Coalition is committed to proactively organizing and campaigning to protect our communities as we continue to deal with multiple pandemics affecting the Outback. Our team encourages all organizers, committees and volunteers in the area to follow any CDC recommendations and state administrative regulations, including vaccinations, mask regulations, hygiene and event rules. Solarize Fairbanks Coalition encourages in-person/virtual hybrid events with all necessary precautions such as masks, sanitizers, physical distancing, etc. Organizers and regional committees are welcome to host in-person or hybrid meetings as they and their communities see fit. We encourage all organizers, volunteers and participants, regardless of vaccination or booster immunizations, to practice social distancing, wear masks in public, maintain frequent hygiene and hand hygiene, and self-isolate when necessary. Check out our complete Solarize Fairbanks Crisis Response Plan. This is a living document that will change as vaccine procurement and distribution evolves.

If you are interested in learning more, please contact our team at [email protected] or visit us on Facebook! Solar energy is a growing resource in Fairbanks, and you’re likely to see two different types of panels around town: solar photovoltaic, which generates electricity, and solar thermal, heat that produces space heating or domestic hot water. CCHRC uses both types of panels at research centers. While both convert sunlight into energy for your home, their applications are very different. Considering your site conditions and heating, plumbing and electrical systems will help you determine if one (or both) technologies are right for you.

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Solar thermal or solar hot water, collectors take heat from the sun and transfer it to water or glycol to provide space heating or domestic hot water.

The two most common types are flat plate collectors and evacuated tubes. Flat plate collectors are the oldest and most dominant type of solar thermal. They typically consist of a 4-by-8-foot glass-encased panel containing a thin metal plate with a black coating to absorb energy. Under the sheet are coils filled with heat transfer fluid. The back of the panel is insulated to maximize heat transfer to the fluid. The fluid circulates through the pipes, absorbs heat and transfers it to the storage tank. A typical residential system used to supplement domestic hot water consists of two panels.

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The vacuum tube manifold contains several rows of glass tubes connected to a manifold. Each tube is evacuated, it acts like a sealed thermos, eliminating heat loss through convection (due to the wind). For this reason, evacuated tube collectors lose less heat to the environment than flat plate collectors.

A small copper tube filled with liquid (glycol, water or other antifreeze) runs through the center of the glass tube. The fluid heats up, evaporates, rises in the manifold and transfers the heat (through a heat exchanger) to another pipe filled with fluid. This fluid brings heat to the tank. From here, the water can be used for circulating heating and domestic hot water or converted to other uses.

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Solar photovoltaic (PV) panels convert sunlight into electricity. They have a silicon board made of semiconductors. When light hits the sheet, some of the energy is transferred to the semiconductor, which loosens the electrons and allows them to flow freely through the connected wires. This flow of electrons is called direct current (or DC). The current then flows into the inverter, turning it into AC (alternating current), the power your appliances use. This current can be used to power appliances (if needed), stored in batteries or returned to the grid.

Fairbanks is a unique place for solar energy because it is too sunny in the summer and almost dark in the winter, meaning there are months of the year when the sun doesn’t contribute much. For example, CCHRC’s 12 kilowatt photovoltaic array generated more than 10,000 kWh (about 30% of the building’s electricity demand) between March and September, but only 1,833 kWh for the rest of the year.

Most homes with solar thermal systems use them to offset their primary heat source. If you want to use solar heat as your primary source, you will need some type of seasonal thermal storage system

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