Massachusetts Energy Net Positive Bloom-Shaped School Takes Shape | Engineering News-Record
Summary
Construction of the Lexington High School in Massachusetts will begin this summer, featuring a unique 'bloom' design and powered by 4 MW of solar energy, aiming for completion by December 2030.
Why It Matters
This project exemplifies a shift towards sustainable education infrastructure, integrating renewable energy and innovative design. It highlights the importance of community engagement and environmental stewardship in modern school construction, setting a precedent for future educational facilities.
Key Takeaways
- The new Lexington High School will accommodate 2,395 students with a focus on sustainability.
- It will feature 4 MW of solar energy generation, contributing excess energy back to the grid.
- The design includes a 'bloom' configuration, enhancing community accessibility.
- Construction will begin in September 2026, with completion expected by December 2030.
- The project incorporates environmental education opportunities through outdoor classrooms.
NewsProjectsRegionsEastEast Construction NewsSustainabilityDesignBuildingsEnvironmentPower & Industrial K-12 Education Massachusetts Energy Net Positive Bloom-Shaped School Takes Shape Trade partner bid packages for Lexington High School project are set to be released in April By Marigo Farr Rendering courtesy SMMA The new Lexington High School in Lexington, Mass., will accommodate 2,395 students and be powered by 4 MW of rooftop and ground mount solar panels. February 6, 2026 The first phase of the energy net positive Lexington High School replacement in Lexington, Mass.. is scheduled to start construction this summer, with trade partner bid packages to be released in April. The 507,000-sq-ft, four-story building will consist of three connected L-shaped buildings that Lorraine Finnegan, CEO of Cambridge, Mass., architecture firm SMMA, calls a “bloom” configuration. “What I think is really fun about this project is it speaks to every neighborhood around the site," she says. "We have three primary entrances....and so it really does speak to each community that it faces.” The three building wings will surround a central commons to include a dining hall and serve as the “heart" of the school that will accommodate 2,395 students and be powered by 4 MW of rooftop and ground mount solar panels, with enough excess energy to add to the grid.This project involves building on existing athletic fields. Once that is constructed, the existing building will be torn down and fields that...
