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Everything you need to reduce your energy bills and carbon footprint
The Vitocal 350-A model is perfectly suited to new build and to the modernisation of heating systems with radiators in existing buildings.A particular benefit of this heat pump is that it exploits the energy source very easily. Collectors do not need to be buried and bore holes do not need to be drilled. It can be installed indoors or out and draws energy from the ambient air without the need for extensive installation work. Even when the outside temperature is below zero, it can achieve flow temperatures of 65°C
To bring natural heat into your home, all you need is electricity. A Viessmann heat pump makes the best use of it - every kilowatt of electricity becomes 3 to 4 kilowatts of heat.
Solar energy is environmentally
responsible, free and effective.
Particularly if you have a solar
heating system with highly efficient collectors and perfectly matched components made by Viessmann.
Considering that fuel prices will continue to rise in the years ahead, investing in a solar heating system can be viewed as a genuine investment in the future.
Viessmann Vitovolt panels are basically a mains-connected solar power system that operate in three stages:
1. Harvesting energy
Electrons are released when light strikes
the photovoltaic panels. Positive or
negative charge carriers collect at the
electrical contacts, resulting in a DC current
between the front and back of the cell. This
photoelectric effect is produced without
mechanical or chemical reactions, and so is
maintenance-free and not subject to wear.
2. Power conversion
DC power produced by the solar generator is
converted by the inverter (also often referred
to as the mains feed-in device) into AC power,
suitable for the power network (230 V DC
at 50 Hz). Proven safety standards and fully
developed processors, as well as cutting
edge power electronics, ensure effective
conversion of the solar power.
3. Energy utilisation
Contrary to stand-alone systems where the
solar power must be stored in rechargeable
batteries, systems linked to the mains feed all
harvested power directly into the public grid.
A separate meter is installed which monitors
the power fed into the mains system. The
generated energy is reimbursed by your
electricity supply utility. Details of buy-back-tariffs can be found at the
Energy Saving Trust website

Vitovolt inverter
Vitovolt benefits at a glance:

You can forget everything you ever knew about heating with wood. Viessmann Biomass Boilers are virtually as convenient and easy to use as a modern oil or gas heating system. The Viessmann system with intelligent sensors is ultra convenient. The pellets are burned under ideal conditions so there is hardly any ash and only slight deposits in the combustion chamber. There is certainly no old wood smoke to pollute the air.
In recent years oil and gas prices have just gone up
and up. By contrast, the cost of wood has remained very
stable in recent years.
This is not surprising as it
grows close to home and is available in large
quantities. So an investment in a biomass solid fuel
boiler is an investment in the future.
An 8 kW system uses about 3,700 kW a year. Assuming electricity costs 7.5p per kW, the total for the year would be about 275. To bring natural heat into your home, all you need is electricity. A Viessmann heat pump makes the best use of it - every kilowatt of electricity becomes 3 to 4 kilowatts of heat.
A heat pump is the only type of heating system
that allows you to heat in a 100%
environmentally friendly way. It doesnt burn
fossil fuels which are in limited supply, it
doesnt create emissions and it can be run on
green electricity; hydroelectricity and electricity
from wind farms.
A properly sized system in a well insulated home can provide all the heat you need, with no need for back up from a boiler or electric heating - not even in the UK. It is a proper heating system. Viessmann technology is advanced - and proven. Even at 20°C below zero you will be comfortable indoors with as much hot water as you need.
One cylinder, all applications
The DHW cylinder is prepared for
the connection of a solar heating
system.
System solutions from a single
source make it easy for you to
utilise the heat pump energy to
optimum effect: e.g. with DHW
cylinders specially designed for
use with heat pumps.
A perfect product to partner with our ground source heat pumps, our underfloor heating systems will maximise the free energy harvested from nature.

Space: Every square metre of your home can be fully utilised. Radiant floor heating allows you to design your home to suit you rather than your heating engineer.
Hygiene: Healthy indoor environment. There will be less dust and the hygienic environment will be improved, helping to reduce house dust mites.
Aesthetics: Radiant floor heating permits freedom for interior design. You can furnish as you like, no radiators to determine how the furniture should be placed.
Labour saving: Cleaning of the floors is easier and wet floors dry very quickly.
Comfort: Radiant heat will provide the highest comfort levels. Uponor Radiant Underfloor Heating is considered by some to be a luxury; the actual cost, however, is very competitive.

Silence: Compared to radiator systems, there is no noise.
Cost effective: Saves energy and running costs. Energy saving from 15-40% can be achieved with radiant underfloor heating.
Ease of control: Small temperature difference between the floors means the system is practically self regulating.
Economic: As Uponor is a pipe manufacturer, not just a specialist underfloor heating company, our price may be very similar to a radiator system.
Adaptable: The installation is fast and simple, when using Uponor Underfloor Heating System.

The unique diffuser ring, which circles the blade tips, is the key to its incredible acoustic performance. By shedding the turbulent air currents which flow from the blade tips, noise is removed. These patented acoustic suppression dynamics ensure that the Rooftop Wind Turbine operates below background noise, making it virtually inaudible in all wind conditions.
The Rooftop Wind Turbine has both mechanical and electrical safety mechanisms and has been rigorously tested under extreme wind conditions. The system meets and exceeds all UK and European safety standards for small scale wind generators. The Rooftop Wind Turbine has been independently verified for structural, electrical and grid monitoring safety by the New and Renewable Energy Centre (NAREC) and the Energy Savings Trust.
A patented twin-vane progressive mechanical furling mechanism, coupled with a sophisticated electronic control system ensures that the Rooftop Wind Turbine offers incredible performance for a turbine of its size. The optimum power can be taken from the turbine under all wind and loading conditions and a correctly sited turbine can typically provide between one third and one half of an average households electricity requirements.
Rooftop Wind Turbine Specifications »
Perfect to dramatically reduce the cost of heating your swimming pool without expensive ground work or plumbing. Find out more »
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