Solar

Frequently Asked Questions

Exploring Idaho’s Potential in Solar Energy

At Arevia Power, we believe in harnessing Idaho’s abundant sunshine to power a brighter future. The Snake River Energy Project is designed to deliver reliable energy while respecting the Magic Valley’s agricultural roots and natural beauty.

Here, you’ll find answers to the most common questions about solar energy, its compatibility with local land use, and the benefits it brings to Idaho communities.

What is the Snake River Energy Project?

Snake River Energy (a subsidiary of Arevia Power) is a proposed utility-scale solar and battery storage project on Bureau of Land Management-managed public lands in Gooding and Lincoln counties, approximately 20 miles north of Twin Falls, Idaho.

The project will generate up to 1,000 megawatts of solar energy and include up to 1,000 megawatts of battery energy storage. Together, the solar facility and battery storage would store and deliver electricity when needed, adding a large, flexible power source as demand grows.

What experience does Arevia Power have in energy development?

Arevia Power is a trusted leader in energy development, with a proven track record of successfully delivering solar projects across the United States. Its portfolio includes multiple utility-scale renewable energy facilities that supply clean, reliable power to communities nationwide. By leveraging extensive expertise in planning, permitting, and stakeholder engagement, Arevia Power ensures each project is tailored to meet local needs while contributing to sustainable energy goals.

Why is Arevia Power focused on Idaho’s Magic Valley?

The Magic Valley offers abundant solar resources, existing transmission infrastructure, and a community dedicated to sustainable growth, making it an ideal location for energy projects. There are currently 44 solar companies operating in Idaho.

Why does Idaho need solar energy?

Idaho’s population is growing rapidly, and the state requires more energy to meet increasing demand. Solar energy provides a reliable source of power that reduces dependence on out-of-state energy resources that would otherwise need to be imported to the state.

Will the Snake River Energy Project harm farmland?

No. Solar projects can coexist with agricultural activities. Sheep grazing, for example, thrives under and around solar panels, and the shade provided can increase biodiversity and protect soil health.

How will the Snake River Energy Project impact local wildlife?

Arevia Power is committed to protecting Idaho’s natural resources. The project site was carefully chosen to minimize environmental impact, and we will work closely with regulatory agencies to ensure wildlife protection.

What is the economic impact of the Snake River Energy Project?

The project will bring substantial benefits to the Magic Valley, including $249.2 million in construction investment and roughly 1,000 construction jobs. There will be an estimated $48.4 million in operating property tax in Gooding County, and $15 million in operating property tax in Lincoln County, with roughly 40 high-quality jobs available during operation. 

How does solar energy work?

Solar panels capture sunlight and convert it into electricity using photovoltaic (PV) cells. This electricity is fed into the grid to power homes and businesses. Today, more than 7% of Idaho’s electricity comes from solar energy – which is consistent with the national average. By 2030, it’s estimated 15% of U.S. homes will have a solar PV system.

Are solar panels safe for the environment?

Yes. Solar panels are designed with safety in mind, incorporating anti-glare technology and using materials that pose no significant environmental hazard.

Do solar farms create heat or glare?

Modern solar panels use anti-reflective coatings, significantly reducing glare and ensuring minimal visual impact. They are engineered to operate efficiently while blending into the natural environment.

What type of solar technology is being used?

The Snake River Solar Project will use photovoltaic (PV) panels, which convert sunlight directly into electricity. It’s estimated that 15%  of all U.S. homes will have a solar PV system by 2030.

How do solar panels perform in Idaho’s High Desert climate?

Solar panels are highly efficient in Idaho’s sunny and cool climate, producing reliable energy throughout the year.

Do solar panels require water to operate?

No, solar panels do not use water during operation, making them an environmentally friendly energy source in arid regions like Idaho. In fact, In 2023, wind, solar, and energy storage plants in Idaho avoided water consumption totaling 719 million gallons.

How long do solar panels last?

Although the solar project is planned for 35 years, solar panels still operate at high efficiency even after 35 years. Solar panels can be recycled or replaced when needed.

What happens at the end of a solar farm’s life?

At the end of its lifespan, the solar farm will be decommissioned responsibly, with panels recycled and the land restored to its original condition or repurposed.