Heat pumps use electricity to transfer heat from the outside to the inside of a house, resulting in no emissions from heating in your home. Electricity is becoming greener in the UK; the UK has seen a 70% reduction in the carbon intensity of electricity in the past decade due to investment in renewable energy. So already today, heat pumps save 70% in carbon emissions, and are expected to become even greener as the grid continues to transition to renewable sources.

Heat pumps have been in existence for over a century, with the first one invented in the 1850s. However, they only gained popularity for residential use in the mid-20th century. Currently, heat pumps are widely used for heating in colder European climates, with increasing adoption in the UK and other countries to address environmental concerns and increase energy efficiency.

Heat pumps have been found to be effective in most of London homes. Very likely, we have installed heat pumps in very similar homes to yours, and can share real-world experience in how the system work in a home just like yours.

Heat pumps are much more efficient than gas boilers because they transfer heat rather than generate it. By comparing electricity and gas prices, it is possible to save money by using a heat pump for heating. As reliance on foreign gas increases and the supply of cheap domestic renewable electricity grows, gas prices are likely to increase more than electricity prices in the future, leading to even greater savings with a heat pump. Additionally, the ability to integrate with solar, and battery will allow you to not only make use of your self-generate electricity, but also leverage off-peak tariffs.

First of all, the beauty is that you now have two heat sources, so either system can serve as a back up when the other system stops working. If, for any reason, your heat pump encounters an issue or requires maintenance, our customer service team is just a call away. We will promptly address the situation and work diligently to get your heat pump up and running as quickly as possible.

If you want to fully replace your boiler with a heat pump, we will be more than happy to do that. This may increase the scope of work and cost, but the benefits of a complete switch to a heat pump can be significant. Alternatively, if you want to keep your boiler as a backup initially, the heat pump can already be designed to handle the entire heat load. We are committed to delivering a tailored and efficient heating solution that best suits your needs and exceeds their expectations.

We are strong advocates of investing in renewable energy, and solar panels are undoubtedly a smart choice for you. Among the various renewable options, a hybrid heat pump system stands out for its remarkable contribution to curbing the main source of household emissions, keeping your house warm in winter. By opting for a hybrid heat pump, you can effectively reduce your CO2 emissions by an impressive 8 times compared to installing solar panels. Our hybrid heat pump systems are designed to be in compliance with local regulation, resulting in no additional permissions that need to be acquired in order to get started. This avoids the certification and approval work that are typically required for installing solar panels, getting you started as fast as possible. The appeal of a hybrid heat pump doesn't stop there. Apart from its significant environmental impact, it offers several practical advantages as well. Firstly, it boasts a lower upfront cost compared to solar, making it a budget-friendly option. Secondly, the payback periods for the hybrid heat pump are comparable to solar, ensuring you can enjoy both economic benefits and carbon savings. If you value attractive economics and wish to make a substantial difference in your carbon footprint, taking the leap into a hybrid heat pump system is an excellent first step on your green journey.

A hybrid heat pump system operates similarly to a hybrid car, using a heat pump for most of the heating needs in milder weather and switching to a backup boiler during colder temperatures. This approach maximises energy efficiency while ensuring a warm home in all weather conditions. The system combines the best features of both technologies, offering cost savings, increased comfort, and reduced greenhouse gas emissions. It adapts to varying weather conditions and heating demands for optimal performance.

A heat pump works like a magical device that can extract warmth from one place and transfer it to another. Imagine it as a clever "heat transporter." Just like how your fridge takes heat from inside to keep your food cold, a heat pump takes heat from the outside air (even in cold weather) and moves it indoors to make your home warm and cozy. It's like having a superpower to move heat around! So, it's an efficient and versatile way to control the temperature in your home, like a magical temperature magician!