Verogy is turning 4 municipal landfills into solar projects

TL;DR

Verogy has started construction on four solar projects on closed landfills in Connecticut. These projects, part of the state’s NRES program, aim to convert landfills into renewable energy assets, providing economic and environmental benefits to local towns.

Construction has begun on four solar energy projects developed by Verogy at closed municipal landfills in Connecticut, marking a significant step in transforming former waste sites into renewable energy assets that support local economies and climate goals.

Verogy is developing four solar projects on capped landfills in the towns of Mansfield, Morris, Somers, and Suffield, Connecticut. These projects are part of Connecticut’s Non-Residential Renewable Energy Solutions (NRES) program, which incentivizes renewable energy development on non-residential sites such as landfills and brownfields.

Each project ranges from approximately 1.01 MW to 2.3 MW in capacity, totaling over 5.7 MW combined. Verogy is managing all aspects of development, construction, and long-term operations. The projects are expected to generate clean electricity fed into the grid, with host municipalities receiving rental income, increased tax revenue, and local job creation.

Connecticut’s NRES program offers a 20% bid price preference for projects on capped landfills, and to date, 14 such projects totaling more than 17 MW have been sited on landfills statewide, according to the Connecticut Department of Energy and Environmental Protection.

Economic and Environmental Impact of Landfill Solar Projects

The development of these landfill solar projects demonstrates how communities can repurpose challenging land assets into renewable energy sources, supporting local economic growth and contributing to climate change mitigation. The projects also highlight Connecticut’s leadership in innovative clean energy solutions, with potential for broader adoption nationwide.

ECO-WORTHY 10000W Output Complete Off-Grid Solar Panel Kit for Home| 10KW 120V/240V Output Split Phase Inverter| 2pcs 48V 314Ah 32.2kWh High Capacity Energy Storage| 10620 Watts Solar Panel PV

ECO-WORTHY 10000W Output Complete Off-Grid Solar Panel Kit for Home| 10KW 120V/240V Output Split Phase Inverter| 2pcs 48V 314Ah 32.2kWh High Capacity Energy Storage| 10620 Watts Solar Panel PV

  • Power Output: Up to 10kW with split-phase support
  • Solar Panels: 18 × 590W panels, 10620W capacity
  • Daily Energy Generation: Up to 39.36 kWh under optimal conditions

As an affiliate, we earn on qualifying purchases.

As an affiliate, we earn on qualifying purchases.

Connecticut’s Landfill Solar Development and State Incentives

Connecticut’s NRES program has been a key driver in siting renewable projects on non-residential land, including capped landfills and brownfields. Since its launch, the program has facilitated over 17 MW of landfill-based solar capacity, with 14 projects in operation or under construction. The program’s 20% bid price preference has incentivized municipalities and developers to pursue these sites, which previously posed environmental and logistical challenges.

Verogy has been active in this space, with seven landfill projects completed in Connecticut, and continues to expand its portfolio through ongoing developments like these four new projects.

“Every one of these projects tells a similar story: land that once represented a challenge for a community is now generating renewable energy and delivering lasting economic benefits to residents.”

— an anonymous researcher

Details on Project Completion and Long-Term Performance

It is not yet clear when all four projects will be fully completed and operational, or how they will perform over the long term. Specific operational timelines and potential challenges remain to be confirmed as construction progresses.

Next Steps for Project Deployment and Community Benefits

Following construction, the projects will undergo testing and commissioning before becoming fully operational. Local municipalities will begin receiving economic benefits, and Verogy will monitor performance and maintenance. Further updates on project milestones and actual energy output are expected in the coming months.

Key Questions

When will the solar projects be completed?

The projects are currently under construction, with completion expected within the next several months. Exact dates depend on ongoing development progress.

How much energy will these landfill solar projects produce?

Combined, the four projects will generate over 5.7 MW of capacity, contributing significant renewable energy to Connecticut’s grid.

What benefits will the towns receive from these projects?

Host towns will receive rental income, increased property tax revenues, and local job creation, alongside environmental benefits from clean energy generation.

Are these projects part of Connecticut’s broader renewable energy strategy?

Yes, they are part of the state’s efforts to promote renewable energy on non-residential sites, especially landfills, supported by the NRES program.

What are the environmental considerations for landfill solar projects?

Projects are developed on capped and closed landfills, which minimizes environmental impact and allows land reuse without disturbing existing waste containment systems.

Source: Solar Power World


You May Also Like

Effortless Guide: Clean Sticky Wood Cabinets

Conquer grime with ease! Discover how to clean sticky wood cabinets and restore their shine with our simple, effective tips.

Mortgage Rates Inch to Another 6-Week Low

Mortgage rates have declined to their lowest point in six weeks, offering potential relief to homebuyers and refinancers amid shifting economic conditions.

Congress is finally set to pass a housing bill: Here’s what it would do

Congress is expected to pass a housing bill aimed at increasing affordability and supply. Here’s what the legislation includes and its potential impact.

A 1960s Kitchen Had Major Issues Until a Mid-Century Modern Redo

A 1960s kitchen with major issues was renovated into a stylish mid-century modern space, improving functionality and aesthetics. Details inside.