Making clean energy and opportunities happen in Texas
The Blue Jay solar + storage project will pair a 270 MWdc solar photovoltaic and a 59 MWdc battery storage system. It will feature over 658,000 solar panels situated across 2,700 acres. It is located in Grimes County, Texas.
Hybrid - Solar + Storage
270MWdc + 59 MWdc battery storage
524 GWh annually
CO2 Emissions avoided
324,000 tons annually
+47,000 US households annually
Enel Green Power is committed to creating long-term shared value and opportunities for rural economic development and long-term sustainability in its host communities. The Blue Jay solar + storage project is expected to create over 450 construction jobs and eight permanent jobs, and to contribute an estimated $37 million in local tax revenue and $41 million in lease payments to landowners over the project’s lifetime.
Enel Green Power contributed $25,000 to Texas State Technical College to help employees obtain skills required for the renewable energy sector. Our collaboration with the college also includes the implementation of smart energy infrastructure in Bryan-College Station and local communities. We are providing equipment aid to local emergency response teams, and students will benefit from our sponsorship of STEM (science, technology, engineering and math) and drone programs, along with the KidWind curriculum at the local school district.
Status of construction phase
Enel Green Power is committed to the “sustainable worksite” model and the Creating shared value model (CSV). When we build projects, we monitor sustainability performance for energy, waste and water management, and the economic impact on the local community.
Jobs >450 Local construction jobs
Investment 37 Million dollars in local investment over the project's lifetime
Landowner Income 41
Landowner Income 41 Million dollars in lease payments to landowners over the project’s lifetime
The Blue Jay solar + storage project will consist of over 658,000 solar panels. Bifacial modules are an example of cutting-edge module technology: they produce energy from front and rear panels, unlike traditional monofacial modules, which produce energy only from the front panel. Bifacial modules collect diffused daylight that is reflected off the ground, known as Albedo. This produces energy from the rear panel. The energy gain ranges from 10% to 25% depending on the weather and reflectivity from the ground. Bifacial modules help by adding more power to the same module surface, which reduces Balance of Plant cost and lowers the levelized cost of energy.
Drones and 360-degree cameras conduct virtual site inspections, and remote applications and innovative mixed-reality devices are used for weekly project meetings.