Community Solar Archives | NATiVE Solar

Austin City Counsel Goes All-In on Adding Battery Storage for our Local Grid!

NATiVE Solar — Fri, 25 Jul 2025 18:29:15 +0000

Austin City Council Goes All-In on Adding Battery Storage for our Local Grid!

By Adam Glick, Solar Sherpa, NATiVE Solar

Powering Up: Austin Expands Battery Storage to 100 Million Watt/Hours

Austin’s City Council has just signed off on a major leap forward for clean energy, approving a contract for up to 100 megawatt/hours of local battery storage to be managed by Austin Energy. This milestone is part of the city’s broader strategy to scale up renewable power integration and meet its ambitious energy targets.

Why It Matters

100 MW of battery capacity is expected to significantly boost Austin’s energy resilience by smoothing out supply from intermittent solar and wind sources.
This move brings the city closer to its goal of 125 MW of local battery storage by 2026, enhancing reliability during peak demand.
With tax credits for renewables set to expire in 2028, this agreement is timely. Projects like these must move fast to meet deadlines and secure funding.

What Comes Next

Negotiations are underway with Jupiter Power, the selected partner for deployment; commercial operations are slated for late 2026, pending ERCOT approval.
The anticipated $14.5 million annual cost will be managed by Austin Energy as part of its budget plans.
Officials emphasize that timeline compression is essential due to geopolitical and supply-chain pressures affecting renewable development costs.

Beyond Batteries: Austin’s Energy Vision

Alongside storage, the Solar Standard Offer Program continues to gain momentum. By allowing commercial property owners to lease rooftop or parking space for solar developers—without upfront costs—it’s accelerating local solar adoption.
Leadership remains focused on ensuring community solar programs and Solar for All initiatives maintain funding and expand access across Austin.

Long-Term Impact

This contract marks a significant milestone in Austin’s clean energy transformation. By combining solar growth with large-scale storage, the city is building a smarter, more stable grid that promotes sustainability—while avoiding future energy disruptions and remaining competitive amid shifting federal incentives.

Stay tuned as Austin transitions from planning to powering up: this project is on track to reshape the city’s energy generation, storage, and sharing for years to come.

Here’s the link to today’s article @ KXAN News : https://www.kxan.com/news/local/austin/city-council-approves-austin-energy-battery-storage-contract/#:~:text=AUSTIN%20(KXAN)%20%E2%80%94%20City%20council,residents%20in%20the%20long%20term.

The post Austin City Counsel Goes All-In on Adding Battery Storage for our Local Grid! appeared first on NATiVE Solar.

Decentralized and Distributed Energy Sources 101

NATiVE Solar — Mon, 12 Aug 2024 16:49:04 +0000

As we move towards a greener, more sustainable future, the way we produce and consume energy is evolving rapidly. Central to this transformation are decentralized and distributed energy sources. These innovative systems are reshaping the energy landscape, offering numerous benefits that extend beyond mere electricity generation. In this blog, we will explore what decentralized and distributed energy sources are, their significance, and how they relate to solar power. Additionally, we’ll discuss how they benefit consumers and why Texas residents should consider adopting these systems.

What are Decentralized and Distributed Energy Sources?
Decentralized and distributed energy sources refer to a network of small-scale energy generation systems that are located close to where the energy is used, rather than relying on a large, centralized power plant. These systems can include solar panels, wind turbines, biomass generators, and even small-scale hydroelectric plants.

Decentralized Energy: This term typically refers to energy produced near the point of use, rather than at a large, central plant. Examples include rooftop solar panels or small wind turbines installed on a property.

Distributed Energy: This encompasses a broader network of decentralized systems that can operate independently or together to provide power. These systems are often connected through microgrids, which can operate autonomously or in conjunction with the main grid.

Why are They Important?
The shift towards decentralized and distributed energy is crucial for several reasons:

Energy Resilience: Decentralized systems provide a more resilient energy supply. In the event of a natural disaster or grid failure, these systems can continue to supply power locally.
Reduction of Transmission Losses: Energy lost during transmission over long distances is significantly reduced when power is generated close to where it is consumed.
Environmental Benefits: By integrating renewable energy sources like solar and wind, decentralized systems help reduce greenhouse gas emissions and reliance on fossil fuels.
Empowerment of Consumers: Consumers gain control over their energy production and consumption, potentially lowering costs and increasing efficiency.

The Role of Solar Power
Solar power is at the forefront of decentralized and distributed energy systems. Here’s why:

Accessibility and Affordability: Solar technology has become more affordable and accessible, making it easier for homeowners and businesses to install their own solar panels.

Scalability: Solar systems can be scaled to meet the specific needs of a household or business, from a few panels to a comprehensive solar array.
Integration with Storage: Solar panels paired with battery storage systems can store excess energy generated during the day for use at night or during power outages.

What are the Overall Benefits?

Grid Reliability and Efficiency: Distributed energy systems help reduce the strain on the main grid. During peak demand times, these systems can supply additional power, preventing overloads and blackouts.
Cost Savings: By generating their own power, consumers can reduce their electricity bills and shield themselves from volatile energy prices.
Environmental Impact: Distributed systems reduce the need for large-scale power plants and extensive transmission infrastructure, leading to lower environmental impact and land use.

What are the Consumer Benefits?
As Texas continues to experience rapid population growth and increasing energy demands, the adoption of decentralized and distributed energy systems becomes more critical. Here’s why you should consider creating your own distributed energy source:

Save Money: By installing solar panels or other renewable energy systems, you can significantly reduce your electricity bills and protect yourself from future price hikes.

Increase Energy Security: Protect your home or business from blackouts and power outages with a reliable, locally-generated energy source.

Benefit the Community and Grid: By reducing strain on the main grid, you contribute to a more stable and efficient energy system, benefiting your community and the environment.

Ready to Commit to a Reliable Energy Future?
Investing in decentralized and distributed energy sources is not just a step towards energy independence; it’s a commitment to a more reliable and sustainable energy future. Take control of your energy today and join the movement towards a greener, more resilient Texas.

Ready to make the change? Contact us today to learn how you can harness the power of solar energy and join the decentralized energy movement. Save money, increase your energy security, and help build a sustainable future for Texas by going solar with NATiVE. #TakeYourPowerBack

The post Decentralized and Distributed Energy Sources 101 appeared first on NATiVE Solar.

Community Solar Explained

NATiVE Solar — Mon, 24 Jul 2023 19:13:10 +0000

Picture this: it’s 2023. You’ve just moved into a new apartment with only energy-efficient, electric appliances. You haven’t used a plastic straw since 2018 and you’re considering upgrading your old sedan to an electric vehicle. One thing you wish you had access to? Solar power for your home. But, you live in an apartment, and you will probably move again in the next 5 years. At this point, what can you do to receive the benefits of solar without the ability to own panels yourself?

In 2023 most Americans want improved access to clean energy–they know that our future depends on it. But switching to clean energy isn’t always simple, and many people currently encounter barriers to its adoption. These barriers include things like too much tree coverage on their roof, being a renter, living in an apartment, moving often, or simply not being able to afford the upfront costs of installing solar panels. In these cases, community solar may be an option.

How Does it Work?
Under a community solar program, local residents all share the output of a single large solar installation, called a solar farm. You can subscribe to a local solar farm and begin earning solar energy credits from your utility that reduce your electricity costs. Community solar takes advantage of state renewable energy incentives, such as those available under the 2022 Inflation Reduction Act, to help homeowners, renters, and businesses save money while also supporting solar power in their communities.

In particular, community solar expands access to solar for all, including low-to-moderate income customers most impacted by a lack of access, all while building a stronger, distributed, and more resilient electric grid. To meet ambitious climate goals and pave the way for all community members to leverage the cost-saving and health benefits of solar energy, the White House announced this year $10 million in awards to boost community solar. Additional money will fund projects that send back the most significant benefits to participating communities.

Benefits of Community Solar
There are many meaningful benefits to community solar. These include lower energy bills, increased energy resilience, equitable access to clean energy benefits, local economic benefits in the form of job creation, environmental and health benefits, and more. It forms a key part of the nationwide push towards a cleaner, more sustainable future.

Saving money is likely the most obvious and attractive benefit for people considering subscribing to a community solar project. Annual savings on your electricity bills could be between 5%-15% depending on the project, where you live, and your average energy usage. Saving 10% of an electricity bill can be anywhere from $97.04 a year in Utah to $187.45 in Connecticut, thus yielding significant savings over time.

Community Solar in the US
Since community solar is still relatively new, legislation differs between states. Currently, 20 states have passed legislation supporting community-shared solar gardens, but few have active programs with a significant number of interconnected gardens. In addition, although rural electric cooperatives have built a significant amount of community solar, many of the programs do not allow non-utility ownership.

One significant community solar project currently underway is being spearheaded by Google, which will use the solar power generated to further its goal of achieving round-the-clock clean energy by 2030. For this project, Google is joining forces with one of North America’s largest clean energy companies to build a 500-megawatt solar portfolio in 80 community-sized chunks, with 10% of the resulting revenue flowing to at least 25,000 high-energy-burden households. Large-scale projects like this one will create equitable solar access for many Americans seeking to join the clean energy transition.

Community Solar in Texas
As for community solar opportunities closer to home, projects are being actively pursued in Texas by Municipally Owned Utilities, Electric Cooperatives, Investor Owned Utilities, and Retail Electric Providers, proving that Texas offers a conducive environment for community solar. Texas is poised to expand community solar thanks to its permissive regulatory environment, availability of financing (in part due to the extension of the Federal Investment Tax Credit), and falling solar costs.

To find out if your area offers community solar opportunities, visit Go Solar Texas’ website, which provides helpful information for determining which utilities across the state offer community solar programs to its subscribers. Currently, CPS Energy based in San Antonio offers a Roofless Solar Program, and both Austin Energy and Pedernales Electric Cooperative are developing plans that will be available in their areas soon.

Go Solar
While it may not be the perfect time for you to install solar with NATiVE, we still encourage the adoption of solar by any means. Community solar is a great way for you to access solar energy and make a positive impact for both your wallet and the environment without the commitment of installing panels. Community solar can also act as a stepping stone to installing solar in the future and achieving complete energy independence. Remember to keep NATiVE in mind when that time comes. #TakeYourPowerBack

The post Community Solar Explained appeared first on NATiVE Solar.

Resiliency of Solar

NATiVE Solar — Tue, 11 Oct 2022 15:16:39 +0000

Sorry, your browser doesn't support embedded videos.

Keeping the Power on During a Hurricane

As climate change continues to fuel ever-worsening storms and natural disasters, some people are taking resilience measures into their own hands. Residents at Babcock Ranch in Florida suffered minimal damage from the near-category 5 Hurricane Ian that devastated cities like Fort Myers along the coast.

Babcock Ranch Endures Hurricane Ian
Twelve miles northeast of Fort Myers lies Babcock Ranch, home to thousands of people who receive power from the town’s nearby solar array, which is made up of 700,000 individual panels. Developers of the Ranch designed the community to prioritize climate resiliency, a forward-looking measure, as Florida has become increasingly vulnerable to record-breaking storm surges, catastrophic winds, and historic rainfall.

No detail was missed in the meticulous planning of this neighborhood, where streets are designed to flood so that houses don’t, native landscaping along roads helps control stormwater runoff, and power and internet lines are buried to avoid wind damage. Certain residents have even gone a step further to install panels and battery systems for their own homes, adding another layer of protection against power outages.

When Hurricane Ian came barreling through southwest Florida last week, it was a real test to the resilience of the community. The storm wreaked havoc on Fort Myers and more than 2.6 million residents in the state lost power. At Babcock Ranch, however, the lights remained on.

And it wasn’t just the electricity — residents of the eco-conscious, solar powered town also retained access to water and internet as well, and the community suffered no major structural damage. The hurricane traveled directly over the Ranch, yet residents there may be some of the most fortunate in Southwest Florida.

Solar Panel Resilience
To endure a storm like Hurricane Ian, solar panels are rigorously tested and crafted to be strong and durable. Today’s panels are designed to withstand even the harshest outdoor conditions, as manufacturers understand the importance of panels enduring high winds, hail, and heavy rain.

In fact, most manufacturers test and certify their solar panels to withstand hail up to one inch in diameter falling at 50 miles per hour. Most are also certified to withstand hurricane force winds, and the aluminum and glass casings that hold a solar panel’s solar cells are highly waterproof, even during extreme rain.

Solar Panel Longevity
Not only must solar panels be built to withstand all extreme weather conditions, they must also be built to withstand time. Solar panels are expected to last at least 25-30 years with minimal change in energy output. And they do. After 25 years, solar arrays don’t just stop producing electricity, they continue to produce, just at rates deemed significantly lower than when they were first installed. This is referred to as a solar panel’s degradation rate.

On average, solar panel output falls by 0.8% each year, while premium manufacturers offer degradation rates as low as 0.3%. Degradation rates industry-wide are constantly improving as solar panel technology improves. And as the technology improves, we see that a panel’s life expectancy is generally much longer than 25 years. Solar panels will continue to work for many decades, given they aren’t physically damaged by wind, debris, or any other external factors. This is primarily because solar panels don’t have any moving parts – they rarely break from within and are usually only damaged by outside forces like a poor racking setup or inclement weather.

Babcock Ranch Becomes a Resilience Hub
Thanks to durable technology and careful design and planning, the Babcock Ranch community is able to not only keep its residents safe, but provide a place of refuge for some of Ian’s hardest-hit victims. Babcock Neighborhood School became a shelter with continuous power delivered to those in need thanks to its solar array, which generated sufficient power even during critical power demand. In this case, solar in schools went beyond education and training to provide backup power to the community, becoming a resilience hub.

Stay tuned for developments this fall at Bryan’s CTE Complex as NATiVE debuts some exciting and resilient solutions in Aggieland with the Texas ISD Solar Apprenticeship Program.

As weather becomes more extreme, it’s critical to consider how net-zero and sustainable communities like Babcock Ranch could be dispersed around the country to serve as backup power. Having access to power can be life-saving in a climate catastrophe, and resilience hubs such as this one can play a major role in keeping people safe. Residents living in areas with volatile weather would be pragmatic to consider designing a home that can endure extremes. As we’ve learned, solar is a crucial component to building a resilient home or community. #TakeYourPowerBack

The post Resiliency of Solar appeared first on NATiVE Solar.