Anders Mechanical Services has over 25 years experience providing the design and installation of plumbing and heating systems to new build projects.
Air Source Heat Pumps
We are the leading specialist in air source heat pump installation in the Oxfordshire, Buckinghamshire area and can provide the perfect heating solution for your development. Air source heat pumps provide an effective and energy efficient alternative to gas boilers without the consumption of fossil fuels.
Ambient Loop
An ambient loop system is a low-temperature heating and cooling network that works with air-source heat pumps to efficiently transfer energy between buildings. Water circulates at moderate temperatures, allowing heat pumps to extract or reject heat as needed. Buildings can simultaneously use the loop for heating or cooling, optimising energy efficiency. By operating at low temperatures, it minimises heat loss and enables energy sharing, making it a sustainable solution for reducing reliance on fossil fuels in mixed-use developments.
EAHP/Hot Water Heat Pump
Exhaust Air Heat Pumps (EAHPs) and hot water heat pump units are energy-efficient systems that recover and reuse heat for space heating and hot water production. EAHPs extract warm air from a building’s ventilation system, upgrade its heat using a heat pump, and redistribute it. Hot water heat pumps work similarly, using ambient or extracted heat to efficiently heat water for domestic or commercial use. Both systems reduce energy consumption, lower carbon emissions, and integrate well with renewable technologies for sustainable heating solutions.
Climate Control Systems
Two-pipe and three-pipe climate control systems are used in heating, ventilation, and air conditioning (HVAC) to regulate indoor temperatures efficiently. A two-pipe system has a single supply and return pipe, meaning it can provide either heating or cooling at a given time but not both simultaneously. In contrast, a three-pipe system has separate pipes for hot and cold water, plus a shared return pipe, allowing simultaneous heating and cooling in different zones. While three-pipe systems offer greater flexibility, they can be less energy-efficient due to mixing of hot and cold water in the return line.
