Catalyze enables commercial and industrial real estate owners to benefit from the global transition to clean energy, without getting into the energy business. Today, renewable energy systems and EV charging infrastructure add value to properties through incremental revenue and high-value tenant amenities while addressing corporate ESG goals.
As a full-service clean energy transition partner, Catalyze finances, installs, owns, and operates integrated solar, storage, and EV charging systems at no cost to our partners. We take all financial and operational burdens out of developing, owning, and operating renewable energy assets, making the process as seamless and rewarding as possible to deliver extensive financial and sustainability benefits.
INCREASE
NOI & property value
GENERATE
new revenue
ADVANCE
your ESG goals
ATTRACT & RETAIN
tenants with sustainable amenities
REDUCE
energy costs
By integrating solar, storage, and EV charging, Catalyze maximizes cost efficiencies and transforms a potential cost center into a revenue-generating amenity with no CapEx or hassle to the property owner.
We work with our partners to seamlessly incorporate their requirements into our process and deploy configurable, fully integrated renewable energy solutions across their property portfolio.
66 Galen Street, located in Watertown, Massachusetts, is a 224,106 square-foot Class A life science building featuring modern, purpose-built offices and laboratories. The LEED Gold certified facility draws power from its 252 kWdc solar and 125 kW storage system, and also boasts a series of EV charging stations featuring 15 ports.
The Amherst Community Solar farm is the first project in NYSERDA’s Community Solar Program to be sited in the Town of Amherst and was named a 2024 Top Project of the Year in the Environmental Impact category by the Environment+Energy (E+E) Leader Awards program.
Jessup is a large-scale rooftop solar installation for a cold storage facility in Jessup, Maryland, delivering a clean energy solution with a capacity of 2,007.44 KWdc (1500KWac). This expansive project, spanning 267,903 square feet, was constructed over approximately 10 months and is expected to generate 2,592,626 kWh of renewable electricity annually.
