CEO’s Perspective
Under the guidance of its exemplary Chief Executive Officer, Ben Catt, the company has been leading the way in the ongoing energy transition, creating a commercial solution that drives growth and innovation in the market. “We finance, develop and build utility-scale solar and storage projects across the country. By partnering with local communities, we drive economic growth, create jobs, and make a positive impact on the environment. Our projects connect to the existing utility grid, thus making large-scale access to renewable energy possible,” says Ben. “We work tenaciously in every department to think creatively and find solutions to complex problems.” The company currently manages 770MW of operational assets, with more than 12GW in active development, and Ben and his team have raised over $2 billion in project capital to date. He also mentions that the company more than tripled the amount of revenue in 2020. “As cities, states, and corporations develop their own growth plans to incorporate green initiatives, Pine Gate is contributing a solution to help them achieve their goals,” states Ben.
Dive into the Depths of Pine Gate’s Project
The 101MW Bowman Solar Project in Orangeburg County, SC, is Pine Gate’s 17th project in the state, and one of the largest solar energy developments statewide. “Construction on the 849,840-panel project began in the second quarter of 2019 and now generates enough energy to power approximately 14,400 homes,” Ben addresses. Pine Gate raised more than $539 million in capital to develop and build Bowman Solar, which in turn generated nearly $1 million in personal property taxes for the local communities.
Moreover, Pine Gate was awarded one of the first 20-year power purchase agreements under Duke Energy’s Competitive Procurement of Renewable Energy (CPRE) program for the 108MW Trent River solar project. Ben says, “Located near Pollocksville, NC, Trent River went online this month and will now provide enough energy for approximately 15,000 homes in its first year of operation alone.”
Ben shares another example of innovative projects where he and his team are breaking new ground in Massachusetts with its Solar Carver 1 and Solar Carver 3 projects, which will be a combination of solar and storage and constructed over active cranberry bogs. These two new dual-use solar projects will bring 7MW of solar energy and storage to the community of Carver, Massachusetts, while also maintaining the ground for cranberry farming. “These are Pine Gate’s first projects in the state of Massachusetts and will add to the company’s existing portfolio of more than 770MW of operating solar sites,” says Ben.
Solar Carver 1 is being built on a 70-acre site that will produce 5MW of energy along with a 30MWh battery energy storage system, while Solar Carver 3 will produce 2MW and house a 12MWh battery energy storage system spread across a 35-acre site. The long-duration batteries will allow the system to optimize its energy profile on the grid. The projects are anticipated to be complete by late 2021 and will produce enough energy to power approximately 1,800 homes annually. “Solar Carver 1 & 3 will be a part of the Solar Massachusetts Renewable Target (SMART) program, a statewide long-term, solar incentive program with the intent to procure 3,200MW of new solar projects in the Commonwealth,” says Ben.
He continues, “Most solar projects are built using steel racking, but to create enough space for the cranberry bogs below, Pine Gate’s adept EPC team will engineer the Solar Carver projects to be built on 25-40 ft long wooden utility poles, which are more durable for the wet terrain. These poles will be driven 15-30 ft into the ground in order to keep the trackers at least 10 ft above the cranberry bogs and allow for annual fall harvesting.”
These Solar Carver projects will provide temporary construction jobs to hundreds of workers during the build-out and will keep local cranberry farms active. Additionally, the storage component to both projects provides necessary backup power to maintain the reliability of the grid for the Commonwealth. These projects have also been selected to take part in a University of Massachusetts-Amherst study on the dual-use solar projects inter-row solar panel spacing over cranberry production.