NC6, NC7 and Solar Grid Connection in Ireland

For most people, the most visible parts of a solar PV project are the panels on the roof and the inverter on the wall. But behind the scenes, there is another part of the process that matters: notifying or applying to ESB Networks so the system can connect safely to the electricity network.

Information check: Connection-process information checked against ESB Networks guidance in July 2026. The required notification or application route depends on the final system design.

That is where terms like NC6 and NC7 come in.

They are not sales terms. They are part of the grid connection process. For a homeowner or business, understanding them helps demystify what happens after the survey and before the system is switched on.

What is microgeneration?

Microgeneration generally refers to small-scale electricity generation, such as solar PV, connected to a home or business. The electricity can be used on site and, where appropriate, surplus electricity may be exported to the grid.

ESB Networks needs to know about microgeneration systems because the local electricity network must remain safe, stable and properly recorded. This is not optional paperwork. It is part of connecting a generation system responsibly.

What is the NC6 form?

The NC6 form is associated with smaller microgeneration systems. In many domestic solar PV installations, the registered installer submits the NC6 notification to ESB Networks.

For customers, the important point is simple: the installer should understand which form applies, what details are required and when it needs to be submitted.

A customer should not normally have to become an expert in NC6 paperwork, but they should know that it exists and that it has been handled.

What is the NC7 form?

The NC7 process is associated with larger mini-generation systems. This can become relevant for larger homes, farms, businesses, schools, community buildings or commercial projects where the system exceeds the standard microgeneration range.

The key difference for customers is that a larger system may involve a more detailed connection process. That can affect timelines, documentation and project planning.

If a commercial solar project is being discussed, the grid connection route should be part of the early conversation, not an afterthought.

Why the correct form matters

The correct connection process helps ensure that:

• the system is properly notified or assessed
• ESB Networks has the required details
• export arrangements can be processed where applicable
• the installation is connected safely
• the customer has the right documentation after handover

Skipping or mishandling this stage can create confusion later, especially where export payments or system registration are involved.

Who submits the form?

In many cases, the solar installer handles the relevant submission. Customers should still ask the question:

“Will you handle the ESB Networks connection notification or application for this system?”

For a domestic customer, that should be a straightforward part of the process. For larger commercial projects, the answer may involve a more detailed connection conversation.

What details are usually needed?

The exact requirements depend on the system type and the form, but connection documentation can include information about:

• the property or premises
• MPRN
• system size
• inverter details
• generator details
• installer details
• connection type
• technical compliance information

This is why product selection and system sizing should be handled carefully. The paperwork is connected to the design.

What about exporting electricity?

Solar PV systems can generate more electricity than a property uses at certain times. That surplus may be exported to the grid where the installation and supplier arrangements support it.

Export is not the same as savings from using electricity directly. A good solar proposal should separate:

• electricity used on site
• electricity exported
• export rate assumptions
• battery storage assumptions
• overall savings model

Customers should be wary of proposals that blur these figures together.

Questions to ask your installer

Before committing, ask:

• Which connection process applies to my system?
• Will this be NC6 or NC7?
• Who submits the form?
• When is it submitted?
• Will I receive confirmation or documentation?
• How does this affect export payments?
• Are there any grid limitations for my proposed system?
• Does the proposed inverter/system size fit the connection route?

Residential versus commercial projects

For most homes, the process should be relatively standard. For businesses, farms and larger buildings, connection planning can become more important.

A commercial buyer should expect the installer to explain:

• whether the system falls under microgeneration, mini-generation or another route
• what ESB Networks requires
• whether connection timelines could affect project delivery
• how export is treated
• whether the proposed system size is practical for the site

Final thought

NC6 and NC7 are not exciting terms, but they matter. They are part of making sure the system is properly connected, documented and ready to operate safely.

A good solar installer should make this process feel clear, not mysterious.

Start with a free solar roof survey or commercial solar conversation and Infinite Energy will guide the connection route as part of the system review.

Solar Export Payments and the Clean Export Guarantee

Solar panels generate electricity when daylight reaches the panels. Some of that electricity is used in the home or business. Some may be stored in a battery. Some may be exported to the grid.

Information check: Export-payment information checked against CRU guidance in July 2026. Supplier rates and terms can change, so confirm the current offer with your electricity supplier.

That exported electricity is where many customers hear terms such as “Clean Export Guarantee”, “microgeneration export”, or “feed-in tariff”.

The concept is straightforward: if your solar system exports surplus electricity to the grid and the correct arrangements are in place, you may receive payment from your electricity supplier for exported units. The details, however, need to be understood carefully.

First, understand self-consumption

The most valuable solar electricity is often the electricity you use directly on site. If your panels generate electricity at the same time your home or business needs it, you reduce the amount you import from the grid.

This is called self-consumption.

For example, daytime appliances, office loads, business operations, EV charging or battery charging can all improve how much solar electricity is used on site.

Export payments are useful, but they should not distract from designing a system around real usage.

What is exported electricity?

Exported electricity is surplus generation that is not used on site and is sent to the electricity grid.

This might happen on bright days when:

• the home is empty
• the business is closed or using less electricity
• the battery is full
• solar generation exceeds demand
• EV charging is not active

Export is a normal part of many solar PV systems, but it should be included transparently in the savings model.

What is the Clean Export Guarantee?

The Clean Export Guarantee is the arrangement under which eligible microgeneration customers can be paid by their electricity supplier for electricity exported to the grid.

The exact payment rate is set by suppliers and can change. That means customers should not rely on old export rates or generic online figures when making a decision.

Before publishing any export rate or calculation, verify the current supplier terms.

Export is not the same as direct savings

One of the most common mistakes in solar payback calculations is treating exported electricity as if it has the same value as avoided import electricity.

Usually, the unit value of electricity avoided from the bill and the unit value paid for exported electricity are not the same. This can change over time and by supplier.

A good proposal should show:

• assumed import electricity rate
• assumed export payment rate
• estimated self-consumption
• estimated export
• battery assumptions
• whether EV charging is included

If these are not separated, the savings estimate is harder to trust.

How batteries affect export

Battery storage can reduce export by storing surplus solar electricity for later use.

That can be useful for homes where much of the electricity demand happens in the evening. But it does not mean every home automatically needs a battery.

Battery value depends on:

• daytime generation
• evening demand
• battery size
• inverter compatibility
• export rate
• electricity import rate
• budget
• backup requirements

A battery should be modelled around usage, not added automatically.

How businesses should think about export

For businesses, export may be less central if the business uses a lot of electricity during the day.

A manufacturing site, office, school, farm or retail unit may use a high proportion of solar generation on site, especially during operating hours. In those cases, the value may come mainly from avoided grid imports rather than export income.

Still, export should be considered as part of the model, particularly for weekends, seasonal variation or lower-demand periods.

What customers should ask

Ask your installer:

• What self-consumption percentage is assumed?
• What export rate is used?
• What supplier rate is used?
• How much generation is expected to be exported?
• What happens if export rates change?
• Is battery storage included in the model?
• Is EV charging included in the model?
• Are savings shown before or after grant support?

Final thought

Export payments are useful, but they are only one part of solar value. A good solar system should be designed around the property’s actual electricity use, with export treated honestly and transparently.

Book a free roof survey and ask Infinite Energy to explain generation, self-consumption and export assumptions clearly.

What a Good Solar Quote Should Include

A solar quote is not just a price. It is a set of assumptions.

A good quote should help the customer understand what is being installed, why it has been recommended, what it is expected to generate, what grant support may apply and what still needs to be confirmed before installation.

If two quotes show different prices, the difference may not simply be margin. It may be system size, product choice, workmanship standard, cable routing, battery strategy, documentation, aftercare or whether the quote has properly accounted for the property.

This is why a solar quote should be read carefully.

System size and panel count

The quote should clearly show:

• number of panels
• system size in kWp
• panel wattage
• expected annual generation
• roof layout assumptions
• orientation and shading notes where relevant

Panel count alone is not enough. Ten panels from one proposal may not equal ten panels from another if the panel wattage or design assumptions differ.

Product specification

The proposal should specify the main products, not hide them behind vague descriptions.

Look for:

• panel brand and model
• inverter brand and model
• battery brand and capacity if included
• EV charger details if included
• mounting system if specified
• monitoring/app information
• warranties

If the proposal simply says “solar panels and inverter” without naming the products, it is harder to compare properly.

Grant assumptions

For homeowners, the quote should show the SEAI grant assumption separately.

A clear quote should distinguish:

• gross price
• assumed grant
• net customer price
• what is subject to grant approval
• whether the customer must apply before works begin

Grant values and eligibility should always be checked against current SEAI guidance before publication or agreement.

Savings assumptions

Savings estimates should show the assumptions behind them.

A quote should explain:

• electricity rate used
• expected annual generation
• estimated self-consumption
• export rate assumption
• battery assumptions
• EV charging assumptions
• whether VAT or other charges are included
• whether figures are indicative or guaranteed

If a savings claim looks very strong but the assumptions are hidden, ask for the workings.

Battery and EV options

If battery storage or EV charging is included, the quote should explain why.

For battery storage, ask:

• what capacity is included?
• what usable capacity is assumed?
• is backup included?
• can the battery be expanded?
• how does the battery affect self-consumption?
• where will it be installed?

For EV charging, ask:

• where will the charger be located?
• what cable route is expected?
• is load management required?
• how does solar generation support charging?

Workmanship and containment

The quote should make workmanship visible.

Customers should understand:

• how cables will be routed
• what containment will be used
• where the inverter will be installed
• where the battery will be installed
• how the installation will be labelled
• what handover documents will be provided

The finished installation matters. It affects the look of the property, future inspection, maintenance and customer confidence.

Warranties and aftercare

A quote should explain warranties clearly.

Separate:

• product warranties
• workmanship warranty
• performance warranty, where relevant
• installer support
• manufacturer support
• monitoring/app support
• aftercare route

The customer should know who to contact if something needs attention.

What is still subject to survey?

A quote may be indicative until a full survey is complete.

It should say clearly what may change after:

• roof inspection
• electrical review
• grant eligibility check
• product selection
• access review
• ESB Networks connection requirements
• final design

This protects both the customer and the installer.

Solar quote comparison checklist

Final thought

A good solar quote should make the decision clearer. It should explain the products, assumptions, grant position, savings model and installation standard well enough for the customer to compare options properly.

If a quote is hard to understand, it is worth asking for clarification before signing.

Start with a free solar roof survey and get a clearer view of system size, product options and installation standard.

How to Compare Solar Installers in Ireland

Choosing a solar installer is not just choosing a price. It is choosing the company that will assess your roof, specify the products, install electrical equipment, handle documentation and support the system after handover.

A solar PV system is a long-term asset. The installer’s workmanship and process matter as much as the panels themselves.

Here is a practical way to compare solar installers before making a decision.

Start with registration and process

For grant-supported domestic solar PV, SEAI registration is important. Customers should check that the company is registered where grant support is being claimed.

But registration alone is not a full quality check. SEAI itself makes clear that customers should still get quotes, check references, speak to past customers and have a written contract.

In other words, registration is a starting point, not the final decision.

Look for real project proof

A good installer should be able to show completed work.

Look for:

• real project images
• case studies
• customer reviews
• commercial or domestic examples relevant to your property
• clear system sizes and outcomes
• evidence of tidy installation

Generic stock images do not prove workmanship. Real project proof is far more valuable.

Compare the proposal quality

The proposal should explain the system, not just the price.

It should include:

• panel count
• system size
• expected generation
• product details
• grant assumption
• battery/EV options
• cable and equipment location
• savings assumptions
• what is subject to survey

If a proposal is vague, the customer is being asked to trust too much without enough evidence.

Ask about workmanship

Workmanship is often where installers differ.

Ask:

• how will the cables be routed?
• what containment will be used?
• where will the inverter be installed?
• where will the battery be installed?
• how will the system be labelled?
• what will the finished installation look like?
• can I see examples?

A good installer should not treat those questions as awkward. They are part of a proper decision.

Understand the handover

After installation, the customer should not be left guessing.

A strong handover should include:

• product documents
• warranties
• monitoring/app setup
• safety instructions
• basic operation guidance
• maintenance guidance
• contact route for support

SEAI homeowner guidance also supports the importance of documentation and O&M information.

Check reviews carefully

A high review score is useful, but read the actual reviews.

Look for mentions of:

• communication
• installation quality
• aftercare
• tidy work
• punctuality
• problem solving
• professionalism
• clarity of proposal

Reviews that describe the process are more useful than short one-line ratings.

Commercial buyers need extra checks

For businesses, farms, schools or community sites, compare:

• demand review
• site assessment
• grant/funding position
• project management
• safety planning
• operational disruption
• documentation
• commercial case studies
• references

Commercial solar should be treated as an infrastructure project, not a generic package.

Installer comparison checklist

Final thought

The best installer is not always the cheapest or the loudest. It is the one that can explain the system clearly, show real work, install neatly and support the customer after the job is done.

Review Infinite Energy’s workmanship standards, case studies and customer reviews before starting your solar roof survey.

South-Facing vs East-West Solar Panels in Ireland

Many homeowners assume that solar panels only make sense on a perfect south-facing roof. A south-facing roof can certainly perform well, but it is not the only useful solar layout.

In Ireland, east-west roofs can also be practical, especially where electricity use is spread across the day.

The best roof orientation depends on generation, usage, shading and system design.

Why south-facing roofs are popular

In the northern hemisphere, south-facing panels can capture strong daylight through the middle of the day. This can produce a high generation peak when the sun is strongest.

For homes with good daytime usage, a south-facing system can work very well.

But the midday peak is only useful if the home can use, store or export the electricity generated at that time.

How east-west roofs work

East-west systems spread generation across morning and afternoon.

The east-facing side tends to generate earlier in the day. The west-facing side tends to generate later. The overall daily peak may be lower than a strong south-facing system, but the generation curve can be wider.

This can be useful for households that use electricity in the morning and evening.

Why usage matters

A solar system should not be judged only by peak generation.

A home that uses electricity throughout the day may benefit from a different layout than a home that is empty until evening.

Battery storage, EV charging and timed appliances can also change the picture.

The real question is: “How much of the generated electricity will this property use well?”

Shading can matter more than orientation

A shaded south-facing roof may perform worse than an unshaded east-west roof.

Trees, chimneys, neighbouring buildings, dormers and roof features can all affect output.

This is why a proper survey is important. Orientation is only one part of roof suitability.

What about north-facing roofs?

North-facing roofs are generally less favourable for solar PV in Ireland, but every property should be assessed on its own merits.

Sometimes other roof sections, ground mount options, garage roofs or commercial buildings may provide better alternatives.

Battery storage and roof orientation

Battery storage can change how a roof orientation is valued.

If a south-facing system produces strong midday surplus, a battery may help store some of that electricity for evening use. With an east-west system, generation may already be spread more evenly, but battery storage can still be useful depending on demand.

A battery should be sized around generation and usage, not added automatically.

Simple comparison table

Final thought

A perfect south-facing roof is not the only route to good solar. East-west roofs can also work well when the system is designed around the household’s real usage.

The roof needs to be assessed, not guessed.

Book a free solar roof survey and find out which roof sections make sense for your property.

Solar Panels and Heat Pumps

More Irish homes are moving towards electricity for heating, transport and everyday living. Solar PV and heat pumps both sit inside that wider shift.

Solar panels generate electricity. Heat pumps use electricity to provide efficient heating. Together, they can form part of a lower-carbon home energy strategy, but the order and design matter.

A good plan starts with the house, not the equipment.

Fabric first still matters

A heat pump works best in a home that can hold heat efficiently.

Insulation, airtightness, windows, heating controls and radiator or underfloor distribution can all affect heat pump suitability.

Solar panels can help reduce electricity costs, but they do not fix a poorly performing building fabric. If a home loses heat quickly, a heat pump may need to work harder.

Before investing, homeowners should understand the condition of the home as well as the roof.

Solar PV and heat pumps use energy differently

Solar PV produces electricity during daylight hours. Heat demand in Ireland is often strongest in the morning, evening and winter.

This does not mean solar and heat pumps do not work together. It means expectations should be realistic. Solar can contribute to overall electricity demand, but winter heating demand may not always line up neatly with peak solar generation.

The financial case should not be built on the assumption that solar will run a heat pump for free all winter.

Why usage data matters

If a homeowner already has a heat pump, electricity bills can help shape the solar design.

If a heat pump is planned later, the solar system should allow for future demand where practical.

Questions to consider:

• Is the heat pump already installed?
• What is the annual electricity usage?
• Is there day/night tariff use?
• Is battery storage being considered?
• Is EV charging also planned?
• Is the roof large enough for future demand?

Battery storage may help, but does not solve everything

Battery storage can help shift some solar electricity into evening use, but home batteries are usually far smaller than seasonal heating demand.

A battery can be useful, but it should not be oversold as a complete answer to winter heating electricity.

The best plan is to model solar PV, battery storage, heating demand and usage pattern carefully.

What to install first?

There is no universal answer.

Some homes may start with insulation and heating upgrades, then solar PV. Others may install solar first while planning future electrification. Some may do multiple upgrades under a wider retrofit plan.

The right sequence depends on:

• roof suitability
• home fabric
• heating system age
• budget
• grant support
• electricity usage
• long-term plans

What your solar installer should ask

If a heat pump is part of your future plan, the solar installer should ask about it.

They should consider:

• current and future electricity demand
• possible battery storage
• EV charging plans
• roof capacity
• inverter strategy
• electrical capacity
• future expansion

A solar system installed today should not make tomorrow’s upgrades harder.

Final thought

Solar PV and heat pumps can both be part of a better home energy strategy. But they should be planned honestly, with clear expectations about generation, demand, seasonality and future upgrades.

Start with a free solar roof survey and discuss your current usage, roof suitability and future home energy plans.

Solar Maintenance and Aftercare

Solar PV systems are often described as low-maintenance, and that is broadly true compared with many other home energy technologies. There are no fuel deliveries, no daily operation and no moving parts in the panels themselves.

But low-maintenance does not mean no aftercare.

A good solar installation should leave the customer with monitoring, documentation, warranties and a clear understanding of what to do if something looks wrong.

Monitoring is the first line of aftercare

Most modern solar systems include monitoring through an app or online platform.

Monitoring can help the customer see:

• solar generation
• household consumption where enabled
• battery charging and discharging
• export
• system status
• alerts or faults

The handover should explain how to use the monitoring and what normal performance looks like.

Documentation matters

After installation, customers should receive clear documents.

These may include:

• product datasheets
• warranties
• operation and maintenance manual
• safety instructions
• shutdown/start-up guidance
• commissioning details
• system performance estimate

Good documentation is not just paperwork. It helps the customer understand and maintain confidence in the system.

Do solar panels need cleaning?

In Ireland, rain can help wash panels naturally, but dirt, moss, leaves, bird droppings or nearby trees may still affect some installations.

Cleaning needs depend on roof pitch, location and exposure. Customers should not climb onto roofs themselves. If cleaning or inspection is required, it should be done safely by appropriate professionals.

Inverter and battery checks

Panels may be low-maintenance, but inverters and batteries are active electrical equipment.

Customers should know:

• where the equipment is installed
• what status lights mean
• how to access monitoring
• who to contact if an alert appears
• what warranty applies
• how ventilation/access should be maintained

Battery systems should be treated with particular care and kept according to manufacturer guidance.

Warranties and support

Customers should understand the difference between:

• panel product warranty
• panel performance warranty
• inverter warranty
• battery warranty
• workmanship warranty
• installer aftercare
• manufacturer support

These should be explained before purchase and included in handover.

When to contact your installer

Customers should contact their installer if:

• monitoring shows no generation during daylight
• inverter shows a fault
• battery behaves unexpectedly
• there are repeated alerts
• a cable, isolator or enclosure appears damaged
• work is planned near the solar system
• the roof is being repaired or altered

Aftercare checklist

Final thought

Solar PV should be easy to live with, but good aftercare matters. A system that is monitored, documented and supported gives the customer more confidence long after installation day.

Review Infinite Energy’s workmanship and handover standards before choosing your solar installer.

Solar for Farms and Agricultural Buildings

Farms can be strong candidates for solar PV, especially where electricity demand is high during daylight hours.

Dairy farms, poultry units, cold storage, workshops, grain drying, pumps, offices and farm shops can all create meaningful electricity use. But agricultural solar should be approached as a business project, not a simple panel package.

The system needs to suit the demand, the buildings, the connection and the way the farm operates.

Start with electricity use

Farm electricity demand can vary significantly by enterprise.

A dairy farm may have strong milking-related loads. A poultry unit may have continuous demand. A farm shop may have refrigeration and customer-facing operations. A workshop may have more intermittent use.

The starting point should be bills and usage data where available.

For larger farms, half-hourly data can be especially useful because it shows when electricity is being used.

Roof suitability on farm buildings

Many farms have large roof areas, but not every roof is suitable.

A survey should consider:

• roof orientation
• roof condition
• structural suitability
• asbestos or old roof materials
• shading
• access
• cable routes
• inverter location
• distance to distribution boards
• safety during installation

A large roof is only valuable if it can support a safe, practical and maintainable installation.

Daytime demand can improve value

Solar generation happens during daylight hours. Farms with daytime electrical demand may be able to use a strong proportion of generated electricity on site.

That can make the economics stronger than a site that exports most of its generation.

The proposal should show assumptions around self-consumption and export clearly.

Grant and funding position

Commercial and agricultural solar grant supports can change, so current SEAI and other funding guidance should be verified before publishing or quoting specific figures.

SEAI’s non-domestic solar PV scheme may be relevant to eligible farms, but the rules, grant amounts and process should be checked at the time of application.

Connection and export

Farms considering larger systems may need a more detailed connection review.

Questions include:

• is the system microgeneration or mini-generation?
• what form applies?
• is export expected?
• are there network constraints?
• what timelines apply?
• who manages the ESB Networks process?

This should be discussed early, not left until after the system has been priced.

Installation planning on working farms

Farm installations need practical planning.

Consider:

• animal areas
• machinery movement
• deliveries
• biosecurity
• staff access
• milking times
• weather windows
• working at height
• public or family access
• downtime sensitivity

A good commercial installer should plan around farm operations.

Product and workmanship quality

Agricultural environments can be demanding. Dust, moisture, weather exposure and working-yard conditions make tidy cable routing, robust containment and sensible equipment placement important.

Customers should ask how cables will be protected, where equipment will be mounted and how future maintenance access will work.

Farm solar checklist

Final thought

Solar PV can make strong sense for farms, but only when the system is designed around real demand, practical buildings and day-to-day farm operations.

Speak to Infinite Energy about a commercial solar review for your farm or agricultural building.

Solar for Schools and Community Buildings

Schools and community buildings are often good candidates for solar PV because they are public-facing, electricity-using buildings with a long-term role in the community.

A solar installation can help reduce electricity costs, support sustainability goals and make energy visible to students, staff, committees and visitors.

But public and community projects need careful planning. The decision is rarely made by one person, and the proposal must be clear enough for boards, committees and stakeholders to understand.

Start with the building’s electricity demand

The first question is how the building uses electricity.

Schools may have daytime demand during term time. Community centres may have evening and weekend peaks. Sports clubs may have lighting, changing facilities, kitchens or event demand. Public buildings may have offices, heating systems or equipment loads.

The system should be designed around actual use, not a generic panel package.

Roof suitability and safety

Schools and community buildings often have large roofs, but a large roof does not automatically mean an easy solar project.

A survey should check:

• roof space
• orientation
• shading
• roof condition
• structural considerations
• access
• safe working areas
• cable routes
• inverter location
• public access areas
• maintenance access

Safety and disruption planning are especially important where children, visitors or the public use the building.

Funding and grant support

SEAI’s non-domestic solar PV supports may be relevant for eligible schools, community centres and non-profit organisations. However, funding rules and amounts can change, so official guidance should be checked before decisions are made.

The proposal should clearly separate:

• gross project cost
• grant/funding assumption
• net cost
• what is subject to approval
• what documents are needed
• timeline expectations

Governance and decision-making

Schools and community groups often need to present the project to a board, committee or finance group.

A useful proposal should make the decision easier by explaining:

• project scope
• expected generation
• assumptions
• cost
• grant/funding route
• timeline
• installation disruption
• warranties
• handover
• educational or community value

Educational value

For schools, solar can also be a teaching tool.

Monitoring screens, simple generation reports or student-friendly explanations can help make energy use visible. That does not mean the system should be overcomplicated, but it can add value beyond cost reduction.

Community trust

Public buildings need trust.

Case studies, reviews, product details, workmanship standards and clear documentation can help decision-makers feel confident.

A proposal should show that the installer understands the responsibility of working on a public or community site.

What to ask before choosing an installer

Ask:

• Have you completed similar projects?
• How will installation be managed safely?
• What disruption is expected?
• What documents will be provided?
• Who handles grant/funding support?
• How will performance be monitored?
• What happens after installation?
• Can the system be used for educational or community reporting?

Final thought

Solar PV can be a strong option for schools and community buildings, but the project must be clear, safe, well documented and easy for decision-makers to understand.

Speak to Infinite Energy about a commercial solar review for your school, community centre or public building.