Solar Nova Scotia’s Mission

Solar Nova Scotia is a volunteer, non-profit industry association advancing solar energy, battery storage and beneficial electrification. We support a reliable, affordable electricity system that strengthens Nova Scotia’s energy security, reduces dependence on imported fossil fuels and helps meet provincial climate goals.

We unite the solar industry through networking and educational events, empower the public and professionals with training opportunities, promote our corporate members, conduct vital research, and advocate for solar-friendly legislation. Our mission is to foster a collaborative and informed community that advances solar energy and battery solutions to meet provincial climate goals.

What We Do:

Our 2026 Policy Roadmap

Our 2026 Policy Roadmap sets out five priorities to advance solar energy, battery storage and beneficial electrification in Nova Scotia. It identifies policy changes to support investment, expand participation and strengthen the province’s electricity system.

What We Believe:

A Growing Solar Industry in Nova Scotia

Explore developments shaping solar energy and battery storage in Nova Scotia.

Solar Installations report by Solar Nova Scotia
Photo: Natural Forces Solar

Solar Across Nova Scotia

Related info:

       > Berwick Solar Garden

Regulatory Improvements

Solar improvements in 2023-2024
Photo: Solar Ascent
New incentives in 2023-2024
Photo: Solar Ascent

Programs and Incentives

Other Solar NS News

Solar Ascent-Riverport Community Centre

Board Of Directors

Our Board of Directors are experts in renewable energy and education, helping us empower people to go solar.

Michael Peters

Glooscap Ventures

John jennex

John Jennex

Solar Ascent

julian boyle

Julian Boyle

Switch PACE CIC

Roby Douglas

Roby Douglas

Natural Forces Solar

Jamie Rendell

Jamie Rendle

Watts Up Solar ltd.

Steven Vezina

TreeTop Solar

Will Morris is a board member of Solar Nova Scotia

William Morris

Guillevin International

Michael Peters

Glooscap Ventures

John jennex

John Jennex

Solar Ascent

Will Morris is a board member of Solar Nova Scotia

William Morris

Guillevin International

julian boyle

Julian Boyle

Switch PACE CIC

Jamie Rendell

Jamie Rendle

Watts Up Solar ltd.

Roby Douglas

Roby Douglas

Natural Forces Solar

Steven Vezina

TreeTop Solar

FAQ

Your Questions Answered

Explore our frequently asked questions to find answers to common queries about solar energy.

Two Solar Ascent installers on roof
Photo: Solar Ascent

Solar energy is energy from sunlight. It can be used to generate electricity, heat water or help heat and light buildings.

Solar photovoltaic (PV) panels convert sunlight into direct-current electricity. An inverter converts it into alternating-current electricity for typical household appliances and the grid. Compatible battery systems can store electricity for later use.

Solar thermal systems collect heat from the sun, often for hot water. Passive solar design uses building orientation, windows, shading and materials to make use of sunlight and manage heat.

The questions below focus on solar PV and battery storage.

Solar panels generate electricity where it is used and can reduce the amount you buy from your utility. Savings depend on installation and financing costs, shading, system output, electricity rates and the rules for crediting surplus generation. Ask installers for an annual production estimate and a clear explanation of their savings assumptions.

A grid-connected system supplies your home first and exports surplus electricity. Under Nova Scotia Power’s Self-Generating Option, eligible exports are credited according to the program rules. Generation above your annual electricity consumption is not purchased. Bill credits are an accounting arrangement; they do not physically store electricity or provide backup power.

Read Nova Scotia Power’s Self-Generating Option for current details. Customers of municipal utilities should confirm the rules with their own utility.

No. A grid-connected system works alongside your utility supply and can offset part or all of your annual electricity use. Its design should consider your roof or ground space, shading, electrical service, utility requirements and expected future needs, such as a heat pump or electric vehicle. A battery is optional unless your chosen design or backup requirements call for one.

An off-grid system must meet your needs without a utility connection. It requires detailed planning for daily and seasonal electricity demand, battery storage, periods of low solar generation and any backup generator. Managing energy use is especially important.

For either approach, ask a qualified installer to assess your property and explain the system’s capabilities, limitations and maintenance needs.

Start by speaking with a qualified solar installer and certified electrician. Solar installations involve electrical work, structural considerations and often work at height. Required permits, inspections and utility approvals need to be addressed before the system is connected and operated.

If you want to complete some non-electrical preparation yourself, agree on the scope with your installer first. Confirm how this affects permits, safety, warranties and responsibility for the completed system.

A standard grid-connected solar system shuts down during an outage to prevent electricity from feeding into utility lines. Solar panels alone therefore do not usually provide backup power.

A system designed for backup can safely isolate from the grid and supply selected circuits, or potentially the whole home. This requires compatible equipment and usually battery storage. Backup duration depends on the battery’s usable capacity, the appliances running and available solar generation.

If outage protection is a priority, ask your installer which loads the system can support, for how long, and whether the solar panels can recharge the battery while the grid is down.

A suitable site has enough usable roof or ground space and good access to sunlight. South-facing panels generally produce the most annual electricity, but east- and west-facing roofs can also be suitable. Shading, roof pitch and layout all affect output.

Ask an installer to assess shading, roof condition and remaining life, structural suitability, electrical capacity and expected annual generation. Discuss planned changes such as a heat pump or electric vehicle so the design reflects your future electricity needs.

Start with the Solar Nova Scotia Corporate Directory to find companies serving your area.

Compare written proposals covering equipment, expected annual production, total installed cost, warranties, permits and after-sales support. Ask about relevant experience and references. If you want batteries or outage protection, make those requirements clear from the outset.

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