Efficient, Low-Carbon Heating for Modern Homes
At AEG Construction, we deliver advanced energy and heating solutions designed to reduce energy consumption, lower carbon emissions, and provide reliable, year-round comfort. Our systems are carefully selected to work alongside insulation and retrofit measures, ensuring maximum efficiency and long-term savings.
From renewable heating systems to ongoing boiler maintenance, we help homeowners transition away from inefficient technologies toward cleaner, more sustainable alternatives.
Why Modern Heating Matters
Heating accounts for a significant proportion of household energy use and carbon emissions. Upgrading to modern, efficient systems improves comfort while reducing long-term energy costs and environmental impact.
A well-insulated home paired with the right heating solution delivers the greatest performance and long-term savings.
OUR ENERGY & HEATING SERVICES
Low-carbon heating and renewable upgrades designed for comfort, efficiency, and long-term savings.
Air source heat pumps provide a low-carbon alternative to traditional boilers by extracting heat from the outside air and upgrading it for use in your home. They work efficiently even in low temperatures and deliver consistent, comfortable heating.
- Reduced carbon emissions
- Lower heating costs vs electric, oil, LPG, or coal
- Heating and hot water from one system
- Suitable for radiators and underfloor heating
- Long lifespan with minimal maintenance
Solar thermal systems use sunlight to heat water stored in a cylinder, providing a renewable source of domestic hot water. Roof-mounted panels work efficiently throughout the year.
- Reduced gas or electricity use
- Lower carbon emissions
- Reliable hot water supply
- Can be combined with heat pumps or boilers
While many homes transition to renewable heating, boilers remain common across the UK. Our Gas Safe registered engineers provide thorough servicing and repairs to keep your system safe and efficient.
- Annual boiler servicing
- Full system inspections
- Fault diagnosis and repairs
- Pressure and leak checks
- Flue gas analysis and safety testing
DC inverters convert the direct current (DC) electricity generated by solar panels into usable alternating current (AC) power, ensuring efficient conversion and stable system performance for your property.
- High energy conversion efficiency
- Optimised solar panel performance
- Stable and reliable power output
- Reduced energy losses
- Compatibility with battery storage
- Improved monitoring and system control
READY TO UPGRADE YOUR HEATING?
Tell us what you need — we’ll recommend the best route for comfort, savings, and compliance.
How Air Source Heat Pumps Work
The system uses electricity but produces more heat energy than it consumes, making air source heat pumps a highly efficient and low-carbon heating solution.
Integrating Heating into a Retrofit Strategy
Heating upgrades should never be installed in isolation. We ensure your heating system is:
System Design
- Correctly sized for your property
- Matched to insulation performance
Compliance & Compatibility
- Designed to meet current regulations
- Compatible with future upgrades
This integrated approach ensures optimal efficiency and comfort.
Frequently Asked Questions (FAQs)
Are air source heat pumps suitable for all homes?
Most homes can use heat pumps, but insulation levels and space requirements must be assessed to ensure optimal performance.
Will a heat pump increase my electricity bills?
Heat pumps use electricity but are highly efficient, often producing three to four times more heat energy than the electricity they consume.
Do I still need a boiler with a heat pump?
In most cases, a heat pump replaces your boiler entirely. Hybrid systems are available in specific situations.
How long do heat pumps last?
With proper maintenance, air source heat pumps typically last 15–25 years.