Energy Storage, GHG Emissions, Commercial, Solar  -  March 19, 2024

Matchbook Learning Schools Adds Solar, Energy Upgrades

Matchbook Learning Schools of Indiana received a $5.3 million grant to finance several energy improvements to The Match High School and Career Center buildings, including a new 165KW photovoltaic (PV) solar and battery energy storage system (BESS).

The improvements will feature new insulated TPO roofs, interior and exterior LED lighting, and heat pump domestic hot water heaters within both buildings for the school that will serve grades 9-12 and will feature a facility for vocational learning and early career exploration.

In 2023, Matchbook Learning was chosen among 23 other organizations for the U.S. Department of Energy’s Renew Americas Schools Grant for critical facility and energy improvement funding. 

The project’s improvements were conducted by Ameresco, Inc., a cleantech integrator specializing in energy efficiency and renewable energy. The company will oversee all aspects of design, engineering and construction fulfillment for The Match High School and Career Center. 

Ameresco will develop The Match High School and Career Center from two industrial warehouses spanning a combined 54,000 square feet, and the development of both buildings will amount to over $20 million of improvements and energy upgrades.

“We are excited about the development of The Match High School and Career Center as we look ahead to welcoming our first cohort of students in the summer,” said Dr. Amy Swann, CEO, Matchbook Learning, in a statement. “Providing students with a modern educational environment is a challenge top-of-mind for school leaders across the country, and we are invigorated by the U.S. Department of Energy’s Renew America’s Schools Grant to embark on this comprehensive school infrastructure development project support energy efficiency and sustainability.”

Integral to the operations of the Career Center will be the development of ultra high-efficiency rooftop units with building automation controls and a variable refrigerant flow heat recovery and ventilation system. The school will also feature building envelope improvements for long-term thermal energy savings.