Solar Thermal Systems - Wood / Mulitifuel - Heat Pumps (Air/water or Geothermal Climate Systems )

Wood & Multifuel Fuel Energy

Convenient and easy to use ,Low running costs - Wood Multi-fuel is an efficient and economical method of heating your home 24 hours a day.
Wide range of fuels – Wood, coal to smokeless, there's a solid fuel to suit your appliance in all parts of the country.
Guaranteed heat - With solid fuel heating you can hold stock, ensuring that your home will be warm even in the most adverse weather conditions. Whatever the weather, you don't need to worry about supply failures or power cuts. You can even boil a kettle on a flat-top stove.
 
Many solid fuel appliances are now multi-fuel and can burn both wood and coal. These include stoves, cookers and freestanding boilers. The manufacturers' specification will tell you what you can burn; and especially important if the appliance has a boiler, the average output that you can expect by burning the different fuels. Some appliances are manufactured solely for burning wood,
 
Although the fire is contained behind doors, on many models they can be opened while the fire is alight to allow the warmth and glow of a real fire to complement the room. The doors should be closed when a more efficient slow burn is required or when the room is unattended.
 
Attractive yet practical stoves are available with boilers, ranging from those with a small output for supplying domestic hot water only to the large output units capable of heating up to nine average size thermostatically controlled radiators.
Homes with solid fuel heating are better ventilated than those with other forms of heating; the very use of a chimney will induce ventilation into a home drawing in fresh air and removing the 'polluted' air.
 
THSHeat provide the solutions,design and installation for connecting up two boilers or two sources of alternative energy to the drive one heating system.

Solar Thermal Systems German Engineering

Schuco Solar - German Engineering
 
Experience and Quality
Schuco has been sucessfully developing and producing solar technology for over 10 years. Their expertise in the processing of metal profiles and in the fabrication of windows and façades is what has enabled them to set new standards as a German manufacturer of thermal collectors. Technical Home Services purchase solar systems from Schuco, you can be sure that you are buying a product of the highest possible quality. Products that will provide hassle-free, low-maintenance operation and allow you to enjoy the benefits of solar energy for many years to come.
 
Solar energy - the most popular energy source
In Europe, solar energy is the no.1 preferred energy source, being clean, permanent, available in limitless quantities and allowing for independence from rising energy prices. There is also an important social component to solar energy, because it helps provide for a better future for our children and grandchildren and reduces worldwide dependence on limited oil resources.
 
Solar thermal
A leading German manufacturer of thermal collectors, Schuco is able to offer you a choice between Premium and Compact line range of products. Thermal collectors, photovoltaic modules,. There is a choice of six different types of installation.
The Compact line offers you the very highest quality at an attractive price. This is achieved through focus on the three most common installation types and an attractive frame colour.
 
Generating and using heat locally - Solar thermal for your home
For private homes, generating heat through solar energy is the most sensible solution from a self-sufficiency point of view. Energy for hot water and heating is generated locally from your roof, without transport costs. The system is dimensioned according to your hot water requirements and is determined mainly by the number of collectors on the roof and the size of the storage cylinder.

Micro CHP boiler: heating, hot water and electricity
Dutch / British Engineering

Micro CHP boiler: heating, hot water and electricity.
 
It won't be long before households can generate their own electricity. The media is already devoting enormous attention to the development of a new generation of central heating boilers that, in addition to heating and hot water, also supply electricity. These are known as micro CHP boilers.
Broag-Remeha is the UK operation of Remeha, the Dutch based boiler manufacturer who are a front runner in innovative heating technology and at an advanced stage of development with the micro CHP boiler.
 
The benefits of these new generation central heating boilers are:
Generating electricity at home will mean an enormous saving on a household's total energy bill. This saving is expected to be between €300 and €400 a year.
 
Just as importantly, the micro CHP boiler also makes a significant environmental contribution. Since less electricity needs to be generated centrally, it is anticipated that the micro CHP boiler will result in a 60% reduction in carbon dioxide (CO2) emissions on each produced kWh.
Technical Home Services Ltd install Broag-Remeha boilers and are approved technical engineers carring out service, repair and warranty work for them As soon as these CHP boilers are available, we will be offering these to our customers.
 
About the micro CHP boiler
The basic principle of the micro CHP boiler (high efficiency central heating combined with electricity generation) is micro combined heat and power (micro CHP). With this combination, heating and electricity are generated at the same time with minimum energy loss.
 
The micro CHP boiler from Remeha consists of a high-performance boiler and a small (Stirling) natural gas engine. The engine powers a generator that produces electricity, which can then be used in the home for anything that operates using electricity. Any surplus electricity is returned to the grid through the plug and socket.
 
With micro CHP, scarcely any electricity is lost, as the residual heat of the engine is used efficiently for central heating and producing hot water. Should at a certain point more heat be required than the natural gas motor is able to produce, the high-performance boiler steps in temporarily.
 
The Stirling engine is named after the Scottish reverend Robert Stirling, who built the first model at the start of the nineteenth century. It works on the principle that hot gas expands and cold gas contracts. By allowing a gas in the engine to expand (due to heat) and contract (due to cooling) in turn, a piston is moved up and down in a magnetic field of fixed magnets. The alternating magnetization causes a current in the electrical coil around the cylinder with which alternating current is generated.