PV (Photovoltaics) are panels that produce electricity from solar energy. These are often mounted on the roof and facing towards the Sun. They capture the Sun's energy and convert it into renewable electricity. This electricity can then be used in our homes and sold to the electricity grid.

KW means Kilowatt. The greater the KW, the larger the PV system and typically the greater the energy generated from the Sun.

An Inverter converts variable DC electricity into stable AC electricity for use in your property.

Solar PVs can convert almost any daylight into electricity, reducing purchases from utility suppliers. Panels have no moving parts, so there’s minimal maintenance, noise, or operating cost. They provide clean, renewable energy with zero emissions. System lifetime is over 25 years, and excess electricity can be sold back to the grid.

Solar PVs can convert almost any daylight into electricity, reducing purchases from utility suppliers. Panels have no moving parts, so there’s minimal maintenance, noise, or operating cost. They provide clean, renewable energy with zero emissions. System lifetime is over 25 years, and excess electricity can be sold back to the grid.

Shading can reduce panel output significantly. Systems need to be designed considering shading, possibly using SolarEdge systems to minimize the effect. Shading shouldn’t prevent installation, but production calculations must be adjusted.

PV solar can’t be installed on listed buildings or within certain conservation areas. Planning permission may be required in these cases.

In most cases – No. Unless you live in a conservation area or listed building. You are responsible for checking if planning permission is required.

A battery enables you to capture and retain more of the energy your system generates empowering you to use your own power when you need it most while reducing reliance on the grid. It's not about gimmicks; it's about intelligent energy management. If a battery suits your setup, we'll guide you toward the most cost-effective solution that quickly delivers a return on investment keeps your home running when the grid can't. and
Your energy. Your choice. Your control.

The Sun's energy is converted into DC electricity by PV Panels on the roof. An Inverter converts the DC Voltage into AC electricity that we use in our homes and businesses. A generation meter records its production. The generated electricity is then used by your home and its appliances during the daytime. Excess electricity not used during production is then sold back to your electricity provider or stored in a battery.

In the Northern hemisphere, PV panels produce most when facing South, towards the Equator. PV Panels with consistent direct sunlight will produce the most electricity. The angle towards the south, pitch of the roof, and shading will affect generation. Shading can reduce production, but panels use bypass diodes to protect themselves. Location in Great Britain also affects production. PV panels don’t need to face south or have a perfect pitch to work.

Yes, intelligent devices use excess solar power to heat a hot water cylinder. Electricity not used by the home can heat water instead of exporting to the grid. This reduces boiler use and extends its life. Some diverters can also supply a second cylinder, electric towel rail, or underfloor heating.

Often sited in lofts (cooler air is better) or outside. The design team will recommend the most suitable locations during the quote.

Covers:
• Installation Completion Insurance (deposit protection for 35 days)
• Workmanship Warranty Insurance (covers installation if the company cannot honor the guarantee)

Very little maintenance is required. Panels may need cleaning from debris or grime. Energy production should be checked regularly. Sun Bru can advise on inspections or cleaning services.

Roof adequacy is vital for system size. Factors include weight, wind, and snow load. Structural verification may be required via project calculator or engineer inspection.

Yes. Scaffolding ensures safe roof access and storage for tools/materials. Sun Bru provides scaffolding as part of the quote.

We are registered with The National Inspection Council for Electrical Installation Contracting (NICEIC). Through this registration we can sign off electrical work in the domestic, commercial, and industrial sectors. The MicroGeneration Certification Scheme (MCS) is a mark of quality and competence of both ourselves and the products that we install. The Home Insulation and Energy Systems Quality Assurance Contractors Scheme (HIES) sets our high consumer protection standards for selling and installing renewable energy systems like PV Solar.

When OHMS supply and install, our customers will receive:
• Tier 1 & MCS approved solar panels (roof or ground mounted system)
• An inverter to convert DC into AC electricity
• Isolators for safety and maintenance
• Optional battery storage system
• Generation meter (OFGEM approved)
• Full MCS handover pack to apply for SEG Tariff

Quotations are valid for 30 days due to fluctuating material costs. Supplier prices are reviewed monthly.

Sun Bru provides the MCS handover pack after installation, enabling SEG tariff application with a utility provider.

The payback period is the time taken to recoup your initial spend on a solar system.

The Smart Export Guarantee (SEG) pays PV generators for excess renewable electricity exported to the grid. PV systems and installers must be MCS certified.

Systems larger than 3.68kW require a DNO application to check for load issues. Sun Bru handles this during the design call.

A DNO is a Distribution Network Operator.