Solar panels harness electricity from daylight. The brighter the sunlight, the more efficiently they operate. While direct sunlight is ideal and works well during winter months, it’s important to note that the days are shorter, and the weather may not always be optimal, which can limit the amount of electricity generated. Nevertheless, you’ll be pleasantly surprised by the impressive capabilities of modern equipment and how much energy you can generate even under less-than-perfect conditions.

You don’t have to inform your energy provider when you install solar panels. However, if you plan to sell the excess energy back to the grid and receive payments through the Smart Export Guarantee (SEG), it’s worth noting that these payments will typically come from your energy provider.

Solar PV installations can reduce your energy bills, increase your property value, and contribute to a more sustainable environment.

Most solar PV panels have a lifespan of 25-30 years, with warranties typically covering 20-25 years.

Solar PV systems require minimal maintenance, mainly periodic cleaning and inspections to ensure optimal performance.

We offer exceptional battery storage solutions that can greatly enhance both new and existing solar systems. 

With our batteries, you can store any excess energy generated by your solar array and conveniently use it in your home, especially during evenings or periods of low solar production. 

This helps you maintain a greater level of independence from the grid, ensuring a continuous and reliable power supply. 

Our batteries can be programmed to leverage low-cost tariffs, allowing you to charge them from the grid when electricity rates are at their lowest. 

This smart feature can make significant savings on your energy bills, maximising your investment. 

Embrace the power of battery storage and enjoy increased self-sufficiency, cost savings, and greater control over your energy usage.

If your battery is fully charged and you still have excess energy that you can’t use, it will flow back to the grid.

This is beneficial as it helps decrease the reliance on energy produced by power stations of different types.

The great thing is that this exported energy can be measured, and you can often sell it back to the grid through your energy provider.

This program is called the Smart Export Guarantee payment (SEG), and it can be quite valuable.

The rates for selling your excess energy back to the grid may vary depending on your supplier and the specific tariff you’re on.

Typically, you can expect somewhere between 5p and 15p per kilowatt-hour (kWh) of energy exported.

It’s worth exploring this option as it not only contributes to a greener energy system but can also provide you with financial benefits.

The short answer is no, solar PV works effectively on its own, especially when someone is at home to utilise the generated electricity, such as running appliances like the washing machine or tumble dryer.

Batteries can also be used independently and offer significant advantages when taking advantage of low charging rates.

However, when solar PV and batteries are combined into a single system, the results are often remarkable.

Depending on the weather conditions, this combined setup can keep you off the grid for extended periods, providing astonishing levels of self-sufficiency.

Battery storage installations provide energy independence, reduce reliance on the grid, and can lower energy costs by storing excess energy.

Battery storage systems generally require minimal maintenance, but regular checks and monitoring are recommended to ensure optimal performance.

Requirements for installing an EV charger at home include having a suitable electrical supply, a designated parking space, and compliance with local electrical codes.

The installation of an EV charger typically takes between 2 to 4 hours, depending on the complexity of the installation.

We install a variety of EV charger brands, including but not limited to Tesla, Rolec, and Pod Point.

Yes, there are government incentives available for EV charger installation, such as grants and tax credits, which can help reduce the overall cost.

In general, carpets are a suitable choice for underfloor heating systems.

While there is specific underlay designed for this purpose, most carpets work exceptionally well with underfloor heating.

It’s a good idea to communicate with the underfloor system designers and inform them about the final carpet covering you intend to use.

This way, they can ensure that the system design aligns with your carpet choice.

Additionally, it’s important to inform your carpet suppliers that you have underfloor heating.

They can provide you with appropriate advice and recommendations based on this information.

By sharing this detail with both the system designers and carpet suppliers, you can ensure a seamless integration between your system and carpet, creating a comfortable and efficient heating experience. 

Installing underfloor heating in new build properties is relatively straightforward but retrofitting it in existing homes can be more disruptive.

There are two primary types of underfloor heating: pipe and screed, and overboarding.

Whilst there are other variations, they generally fall under these categories.

For pipe and screed retrofitting, the process involves digging out the current screed and subfloor, installing insulation, fitting underfloor pipework, and pouring a new screed layer.

Once completed, the finished floor can be installed.

Overboarding systems, on the other hand, are placed on top of the existing floor.

The pipe work is fitted within the boards, and a latex screed is poured to cover the pipes.

Finally, the desired final floor covering can be installed.

It’s important to note that this method adds approximately 25mm to the floor height, requiring adjustments to skirting boards and doors to accommodate the change.

While retrofitting underfloor heating can be more involved, the result can provide enhanced comfort and energy efficiency in your home.

It’s recommended to consult with professionals who can assess your specific situation and guide you through the process to ensure a successful installation.

An air source heat pump service typically includes checking refrigerant levels, cleaning filters, inspecting electrical components, and ensuring the system is functioning correctly.

Regular servicing can improve efficiency, reduce energy bills, extend the lifespan of the system, and ensure compliance with warranty requirements.

An annual service typically includes a thorough inspection, cleaning of components, checking for leaks, and ensuring the system is operating at peak efficiency.

If your air source heat pump is not working properly, you should contact a professional service provider to diagnose and repair the issue.