• Power Plants: 403649 MW
• Solar: 10599 MW
• Wind: 40206 MW
• Hydrogen Plants: 2699 MMcf/d
• Carbon Capture Storage: Max Capacity 133.65 million tonnes per annum (MTPA)

Source: Rextag Energy DataLink

Texas is taking bold steps toward a future powered by clean energy. Once known mainly for its oil and gas, the state is now a leader in wind, solar, and battery storage. But as electricity demand grows, so do the challenges of balancing energy needs with infrastructure limits. Here’s a look at how Texas is transforming and what hurdles lie ahead + find out who works with Facebook’s parent company Meta on new technology across the U.S.

Battery Storage Becomes Texas’ Newest Ally 

FACT: TEXAS EXPECTS TO HAVE OVER 150 GIGAWATTS (GW) OF BATTERY STORAGE CAPACITY BY 2030.

But the rapid growth in battery storage is causing tension in Texas communities, particularly in the Hill Country - Incidents like the Escondido, California battery fire, which burned for 13 hours. Residents have raised concerns about noise, fire hazards, and environmental impacts, sparking a “NOT IN MY BACKYARD!” response. 

As Texas continues to build renewable energy, battery storage is essential. Batteries help by storing energy during times of high production and releasing it when demand is high. Texas has nearly 8,800 MW of battery storage connected to the grid. This is second only to California; Texas is on track to take the lead soon.

In just the past year, the state added 2,800 MW, allowing the grid to better handle record-high demands—like on August 20, when Texas hit a new peak of 85.9 GW. By 2030, Texas could add another 152,000 MW of battery storage capacity, a massive increase that would solidify its leadership in energy storage.

Notable projects include:

• Danish Fields Solar Farm Battery Storage: With 225 MWh of capacity, it can power about 20,000 homes, helping to smooth out supply during peak demand periods.
• Jupiter Power Battery Facility in Houston: One of the state’s largest standalone storage facilities, critical for stabilizing Houston’s energy grid.
• San Antonio Battery Site: Set to become one of the world’s largest standalone storage systems, aiding ERCOT in maintaining grid stability during peak times.

Battery storage plays a key role in keeping the power flowing, especially during extreme weather. In the hot Texas summers, for example, batteries help prevent blackouts by supplying extra power in the evenings when demand peaks. During Winter Storm Uri, battery storage proved critical in filling gaps when fossil fuel plants went offline.

Winds of Change to Rural Texas

FACT: WIND AND SOLAR PROJECTS GENERATED OVER $20 MILLION IN TAX REVENUE FOR RURAL TEXAS COUNTIES LAST YEAR.

For many rural communities, renewable energy is proving to be a financial lifeline. Counties that host wind and solar projects are reaping millions in tax revenue, which funds schools, roads, and public services. Wind projects alone employ more than 27,000 Texans and bring in over $20 million annually to local communities.

Despite the concerns, wind and solar investments keep pouring in, backed by federal incentives and private sector interest. Here are some numbers that show how renewable energy is impacting Texas communities:

• 27,000+ Jobs: Wind energy alone supports thousands of jobs across the state.
• $8 Billion in Federal Funding: Texas has received significant federal support for clean energy projects.
• $22 Million in Energy Efficiency Grants: Supporting local businesses and homeowners in boosting energy efficiency.

In some areas, like Throckmorton County, revenue from wind projects has funded new school programs and facilities. But not all residents welcome renewable energy with open arms. Some worry about property values, noise, and the visual impact of large solar and wind farms.

Wind Power Challenges: Infrastructure 

FACT: TEXAS, LEADING THE NATION WITH OVER 15,300 WIND TURBINES, STILL FACES A ROCKY PATH.

Texas has long been America’s leader in wind energy, producing 28% of the nation’s total wind power. However, challenges have surfaced that could limit the full potential of wind in the state.

One of the biggest issues is curtailment, where wind farms are shut down when the grid can't handle all the energy they produce. In 2022, Texas had to reduce wind output by 5%, and curtailment is projected to more than double by 2035. With massive wind farms like the Los Vientos Wind Farm in Lyford, which powers approximately 120,000 homes, curtailment represents a significant waste of clean energy.

Texas needs substantial investments in its transmission infrastructure to address these issues. The state added over 3,500 miles of transmission lines to bring wind energy from remote areas to cities, but this is still not enough to meet demand. The Panhandle Region, known for its high wind speeds, lacks the infrastructure to deliver all the electricity generated, which has led to more curtailment than any other area.

Another issue is public perception and policy hurdles. After Winter Storm Uri, when millions of Texans lost power, some policymakers and media outlets falsely blamed the blackouts on wind power. The reality was more complicated: natural gas and coal power failures accounted for nearly twice the power loss as renewable sources. Despite this, Governor Greg Abbott and other officials have pushed for policies favoring fossil fuels over wind. Laws like Senate Bill 13, which penalizes companies that divest from fossil fuels, reflect these biases and pose barriers to future wind development.

Key Wind Projects in Texas:

• Los Vientos Wind Farm: The state’s largest wind farm, generating over 400 MW, powers around 120,000 homes.
• Roscoe Wind Farm: Located in Nolan County, Roscoe is one of the largest wind farms in the world, with a capacity of 781.5 MW.
• Peyton Creek Wind Farm: Managed by RWE, this farm is currently expanding and provides crucial income for local farmers while supporting Texas’ growing demand for renewable energy.

Solar Power Challenges: Financial and Logistical 

FACT: TEXAS’ SOLAR POWER CAPACITY GREW BY 7,000% OVER THE PAST DECADE, BUT THE STATE STILL FACES GROWING PAINS.

Texas is now the national leader in utility-scale solar, surpassing California with more than 22 GW of solar capacity. This rapid growth has been fueled by large-scale projects and significant investments from companies like TotalEnergies. However, residential solar companies are experiencing a rocky road, with several going bankrupt in recent years.

In the first half of 2024, 38% of Texas’ energy was generated from wind and solar, reflecting a dramatic shift from fossil fuels. The addition of massive solar projects like Danish Fields and Cottonwood Solar Farms has been pivotal. TotalEnergies’ Danish Fields, with 1.4 million photovoltaic panels, is the largest solar farm in Texas, producing 720 MW of power. Meanwhile, Cottonwood generates 455 MW, supported by a 225 MWh battery storage system.

Yet, grid infrastructure hasn’t kept pace with this surge. Solar projects often face delays due to congestion and grid connection bottlenecks. For example, ERCOT’s connection queue currently includes proposals for 138 GW of solar and 130 GW of battery storage—but without more robust transmission infrastructure, these projects risk falling behind schedule or facing significant curtailment.

Further complicating the solar landscape, rising interest rates, and labor shortages have driven several Texas solar companies out of business, impacting residential customers who are often left with unfinished installations. Notable company closures include Titan Solar, Hitech Solar, and Daybreak Solar Power, among others. Homeowners affected by these bankruptcies face difficulties securing maintenance or warranty services, reducing consumer confidence in solar investments.

Key Solar Projects in Texas:

• Danish Fields Solar Farm: The largest solar farm in Texas, with a 225 MWh battery system, covering 1.4 million photovoltaic panels and producing 720 MW of power.
• Cottonwood Solar Farm: A TotalEnergies project, generating 455 MW of power with a future 225 MWh battery storage capacity.
• Roscoe Solar Farm: Positioned alongside the Roscoe Wind Farm, this project is a significant contributor to Texas’ clean energy portfolio, showcasing the state’s commitment to renewable energy.

Despite these challenges, solar is still expected to grow at a fast pace. In 2024 alone, Texas will add around 6.4 GW of battery storage, which will help improve the reliability of solar power as energy demands continue to climb. Furthermore, the Sunnyside Solar Farm in Houston demonstrates innovation in Texas, as the state repurposes land for renewable energy.

Geothermal and Underground Storage

FACT: HOUSTON’S SAGE GEOSYSTEMS IS TAPPING INTO THE EARTH TO STORE RENEWABLE ENERGY WITH A NEW TYPE OF GEOTHERMAL TECHNOLOGY.

While batteries are booming, Texas is also looking underground for energy storage. Houston-based Sage Geosystems is pioneering a new technique called Geopressurized Geothermal Storage (GGS). This method stores renewable energy by pumping water underground, creating a reservoir that can release power back to the grid when needed. This isn’t just theory—their first project is already in the works near Christine, Texas, and it could be a game-changer for the state.

Sage’s system, which they call their “Earth Battery,” is inspired by fracking technology but is much gentler on the environment. The company says it can store energy for up to 10 hours at about $100 per megawatt-hour, which is highly competitive. Sage is also working with Meta (Facebook’s parent company) on future projects to expand this technology across the U.S.

And they’re not the only ones trying this out. Companies like Fervo Energy and Quidnet Energy are also exploring underground storage methods. This could help Texas lead the way in cutting-edge, sustainable storage solutions that go beyond traditional batteries.

What to Watch:

• Sage’s First Project: Set to be built in Christine, Texas, in partnership with a solar farm.
• Nationwide Ambitions: Sage’s partnership with Meta aims to use geothermal storage for renewable power.
• Geothermal Growth: Fervo Energy and Quidnet Energy are also bringing new geothermal storage to Texas, making it a hotspot for innovation.

The Strain on Texas’ Grid: Transmission Bottlenecks 

FACT: TEXAS’ ELECTRICITY DEMAND COULD DOUBLE BY 2030.

Texas’ booming population and business sector are driving electricity demand to new heights. In 2023, Texas set a new record for energy demand at 86 gigawatts (GW)—more than California and New York combined. With the state’s power needs projected to reach 150 GW by 2030, there is pressure on the grid like never before.

Unlike other states, Texas runs its own grid, the Electric Reliability Council of Texas (ERCOT), which is mostly cut off from neighboring states. This means that during high demand or extreme weather, Texas can’t rely on power imports. This isolation proved to be a major drawback during Winter Storm Uri when millions lost power.

To keep up, Texas needs a major expansion of its transmission lines. Right now, transmission lines can’t carry all the renewable energy being generated, especially from wind farms in West Texas to the cities where it’s needed most.

Expanding the transmission grid is a slow process that can take 3-6 years. As a result, Texas will need to increase transmission capacity by 140% by 2035 to prevent renewable energy from going to waste.

Is Texas Truly Ready for Its Renewable Future?

Texas is rapidly expanding its renewable energy capabilities, with major strides in solar, wind, and battery storage. However, the state faces significant challenges and raises some crucial questions:

 Can Texas upgrade its transmission lines fast enough to keep up with renewable energy growth?

 Will local pushback slow down new battery storage projects?

 Can Texas balance being energy-independent with the need for a stronger, more reliable grid?

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