Compare the highest-rated home solar professionals in Putney, Vermont. All contractors are licensed, insured, and verified through our rigorous screening process.
A highly respected, local design-build firm with a dedicated solar division. They specialize in custom residential solar solutions, focusing on seamless integration with both new construction and existing homes. Their strength lies in a holistic approach, combining solar installation with energy efficiency upgrades.
One of Vermont's most well-known and largest dedicated solar companies. They have a strong community presence and are recognized for their streamlined process, extensive knowledge of state and local incentives, and a variety of financing options, including their popular no-money-down model.
A premier, employee-owned solar installer with a stellar reputation for quality and customer service. They are experts in complex installations, including off-grid and battery-backed systems, and are known for their high-quality components and expert craftsmanship.
** The home solar market in Putney, Vermont, is characterized by high-quality, specialized service providers rather than high-volume, national corporations. The market competition is strong among a handful of reputable regional installers who are deeply knowledgeable about Vermont's specific climate, incentive structures (like net metering and state rebates), and the needs of a rural customer base. The average quality of service is very high, with companies often holding advanced certifications like NABCEP. Typical pricing for a residential system is competitive with the national average, ranging from $15,000 to $35,000 before incentives, heavily dependent on system size and complexity. The strong community focus in the area means that reputation, local reviews, and long-term service are paramount for these businesses.
4.7+ star average from verified customer reviews
All contractors are properly licensed and insured
10+ years average experience in the industry
Familiar with Putney regulations and climate
Get answers to common questions about home solar services in Putney, Vermont.
While winter production is lower, modern solar panels are efficient and shed snow relatively quickly due to their dark, slick surface and tilt. A key design consideration for Putney is ensuring your array is tilted optimally (often 35-40 degrees) to maximize annual sun exposure and facilitate snow shedding. Vermont's net metering policy credits you for summer overproduction to offset winter usage, making a well-sized system effective year-round.
The gross cost for a typical residential system in Vermont ranges from $18,000 to $30,000 before incentives. Critically, you are eligible for the 30% federal tax credit, a state property tax exemption, and Vermont's unique "Addison County" (or other utility-specific) net metering program. Many local installers offer financing, and you may also explore a Home Energy Loan from the Vermont Economic Development Authority (VEDA) which offers favorable terms for solar projects.
Yes, you will need an electrical permit from the Town of Putney and your system must be inspected by a Vermont-licensed electrician. If you are in the Putney Village Historic District, there may be additional design review requirements. Your chosen, reputable local installer will handle this entire permitting process, including interconnection paperwork with Green Mountain Power (or your specific utility), ensuring compliance with all state and local codes.
Seek Vermont-based installers with strong local references and certifications (like NABCEP). Ask for their experience with Putney permits and utility interconnection, and request multiple site-specific production estimates. Crucially, ask about their post-installation service and snow removal recommendations. A good local provider will be transparent about costs, familiar with winter performance, and able to show you examples of their work in Windham County.
A qualified local installer will conduct a detailed shade analysis using tools like a Solar Pathfinder or satellite modeling. They will assess sun exposure across seasons, considering the sun's lower winter angle and the impact of deciduous trees (which lose leaves in winter, increasing exposure). Even a partially shaded roof can be viable with modern microinverters or power optimizers, which maximize output per panel.