Author: Elaine Vescio

Property Checklist: Is Your Site a Good Fit for Solar?

When evaluating your facilities, these are the key characteristics Solect looks for. Together, they help determine whether a property is ready to support a long-term solar project.

General Site Requirements

  • The property owner (or authorized representative) must be willing and able to enter into a solar contract.
  • The building, parking lot, or land should be expected to remain in place for at least 20 years.
  • The site should receive direct sunlight for most of the day throughout the year.
  • The property should have access to 3-phase electric service, which is needed for most commercial-scale systems.

Roofs

  • At least 15,000 square feet of available roof area.
  • At least 20 years of useful life remaining, with a valid manufacturer’s warranty.
  • Sufficient structural capacity to support the additional weight of solar equipment.

Parking Lots

  • At least 25,000 square feet of open surface area.
  • No underground or below-grade conditions that would prevent installation of canopy foundations.

Ground Sites

  • At least 100,000 square feet of available area.
  • Land that is not forested, in agricultural use, or of ecological importance.
  • Outside of designated wetland buffers (typically 50–100 feet).
  • Previously developed sites and brownfields can be strong candidates.

Energy Storage (Optional)

  • Best suited for facilities with:
    • Demand greater than 500 kW
    • Time-of-use electric meters
    • Ground area available to install pad-mounted storage equipment

👉 This checklist is a starting point. Solect works with customers to review each property in detail, identify the best candidates, and align projects with long-term capital and sustainability plans.

A New Era for Clean Energy: Inside Massachusetts’ SMART 3.0

By Matt Shortsleeve, SVP of Marketing & Policy, Solect Energy

With more than 15 years of experience building solar and storage projects across Massachusetts and the Northeast, Solect has seen the energy landscape evolve through growth, challenges, and transition. SMART 3.0 marks a truly positive turning point — a comprehensive effort to revitalize the solar market by accelerating deployment and delivering long-term economic value to project participants and the state’s economy.

Solar Proves Its Mettle: Strong State Support and High Electricity Prices Keep Solar Valuable

On July 4, 2025, the President signed the One Big Beautiful Bill Act into law—a far-reaching piece of legislation that reshapes America’s energy landscape. Among its many provisions, the Act begins the phase-out of the federal Investment Tax Credit (ITC) for solar and wind energy projects. Just days later, Executive Order #14315 directed the U.S. Treasury to publish detailed guidance on how the ITC will wind down.

Electrification Could Cause ‘Double Trouble’ for Businesses in the Northeast

Taking advantage of upfront incentives from government and utility programs, businesses in the Northeast are rapidly adopting electric technologies for buildings, industrial processes, and vehicle fleets, reducing their dependence on fossil fuels. This shift—primarily driven by the need to enhance operational efficiencies, achieve sustainability goals, and comply with evolving regulations—is transforming how companies approach capital planning and energy consumption. Despite the reduced upfront costs and promises of technological advancements, this growing reliance on electricity can lead to huge increases in operational expenditures (OPEX) due to ‘double trouble.’ This article explores the concept of ‘double trouble’ and shows how strategic implementations of solar and energy storage solutions can help control these costs while enhancing the sustainability benefits of electrification.

Minimizing ‘Double Trouble’ When Powering Sustainability

Solar carport

With their ongoing commitment to sustainability, universities and colleges set ambitious goals to reduce their carbon footprints. This path to decarbonization requires a significant shift towards electrification which is the replacement of technologies that directly use fossil fuels (like natural gas, oil, and coal) with those that use electricity. Therefore, electrification is a key step in phasing out fossil fuel dependence.