A groundbreaking ceremony for a 16.5 megawatt solar energy project was held today at Joint Base McGuire-Dix-Lakehurst (“JB MDL”), a mission-critical, tri-service military base in central New Jersey. The solar project-developed by an affiliate of Starwood Energy Group (“Starwood Energy”), of Greenwich, Connecticut, and an affiliate of Energy Management, Inc. (“EMI”), of Boston, Massachusetts is owned by an affiliate of True Green Capital Management LLC (“True Green Capital”) of Westport, Connecticut. The project is located on a capped landfill, and is the largest military solar installation in the Northeast. The project was developed pursuant to an effort by the military to achieve real asset optimization and long-term energy security.
“This project demonstrates the innovative pathways our Airmen and civilians are taking to strengthen mission assurance through energy assurance. The revenue generated by this solar project, built on a closed landfill, will provide critical funds dedicated to JB MDL’s energy assurance plan. I applaud the installation’s leaders and support staff for their creativity and persistence to bring this project to fruition,” said Miranda A.A. Ballentine, Assistant Secretary of the Air Force Installations, Environment and Energy, who cut the ribbon at the ceremony.
“We are pleased to contribute to the renewable energy objectives of the United States Military, and appreciate all of the support for this project from the Pentagon, Air Force Civil Engineer Center and the Joint Base McGuire-Dix-Lakehurst,” said Brad Nordholm, Senior Manager Director and Co-Head of Starwood Energy.
Highlighting the support provided by officials and agencies of the state of New Jersey to make the project possible, Jim Gordon, President of EMI, added: “New Jersey’s leadership in solar energy policies is creating a healthier environment, greater energy independence and more stable energy costs for the region.” It’s great that New Jersey is trying to set an example for other states and cities around America. Burning fossil fuels for energy is causing a lot of pollution, adding to climate change. So, it’s important that more people and businesses start using an energy comparison site to try and find an affordable renewable energy supplier. This should reduce the rate of climate change. To read more about renewable energy, people can learn more here.
“We are thrilled to add another 16.5MWs of clean, renewable energy to our existing 12.3MW military housing installation currently operating at JB MDL, and we are grateful for the incredible cooperation and support from our military, development and construction partners,” said Bo Wiegand, Partner at True Green Capital Management.
True Green Capital and its affiliates will build, own and operate the project, in partnership with The Conti Group, of Edison, New Jersey.
- The project is part of the Air Force’s Enhanced Use Lease program, which seeks private developers to create mutually beneficial commercial projects on Air Force real estate.
- The project is located on 98 acres of land on Fort Dix that True Green Capital controls under a 40-year ground lease.
- Sited on the Dix Sanitary landfill, a former Superfund site, the project has been developed in close coordination with the New Jersey Pinelands Commission, New Jersey Department of Environmental Protection, and the JB MDL Environmental Restoration Program.
- Comprised of approximately 50,844 solar panels, the project will produce 21,315 megawatt-hours of renewable energy every year, enough to power over 2,500 homes. People would need to speak to Sungevity solar company (or a similar firm) to get more installed on their properties, but these farms should help lower the fossil fuels used in the region too. Additionally, the project will also use revolutionary solar monitoring technology to monitor critical information that will enable performance modeling, fault detection, and maintenance scheduling for maximum system production. The project might also take help of advanced technologies like event-driven architecture (EDA) to efficiently manage the real-time flow of solar energy. Event driven architecture helps in deploying a real-time system that can help meet the needs of solar energy production. Additionally, several other benefits of event-driven architecture-edge computing (to curb latency concerns) and uniform dashboard of operations being some of them-could ensure the success of the solar energy system. To better understand the concept, it is always a good idea to check out the website of Vantiq and similar companies proficient in the facets of EDA.
- We estimate the project will reduce CO2 emissions by 15,000 metric tons, which is the equivalent of taking 3,000 cars off the road.[https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator]