For Commercial, Industrial and substantial private properties installations
With the ever rising costs of gas, oil and electricity, with attendant heating, hot water and cooling needs - now is the right time to consider Heat Pumps [at long last - when we consider that Sweden has been installing heat pumps for over 60 years - heck I remember learning about them on my Construction Degree in 1972! However there are several vital prerequisites that need to be in place - otherwise the electricity costs can spiral out of control - see later]
- · Heat pumps for industrial and commercial use
- · Heating power from 50 kW to 1000 kW (and more)
- · Working fluid: R134a (alternative R407C)**
- · Multistage options
- · Bespoke according to your demand
*Can be powered by an ORC [Organic Rankine Cycle] THE RANKINE CYCLE The Rankine Cycle is a thermodynamic cycle that converts heat into work. The heat is supplied to a closed loop, which typically uses water as working fluid. The Rankine Cycle based on water provides approximately 85% of worldwide electricity production. The Organic Rankine Cycle's principle is based on a turbogenerator working as a conventional steam turbine to transform thermal energy into mechanical energy and finally into electric energy through an electrical generator. Instead of generating steam from water, the ORC system vaporizes an organic fluid, characterized by a molecular mass higher than that of water, which leads to a slower rotation of the turbine, lower pressures and no erosion of the metal parts and blades.
** A growing focus on the environmental impact of refrigerants is fuelling demand for refrigeration solutions that can provide satisfactory cooling performance with a lower impact on global warming. This is propelling environmentally friendly refrigeration solutions to the top of the corporate sustainability agenda. In addition, local legislation is increasingly targeting refrigerant gases with high Global Warming Potential (GWP). R134a and R407c
Our SUSTAINABLE Designs for bespoke Heating & Cooling systems, with possible Electricity Micro Generation
More than 45 years of experience with one of the leaders in the utilization of geothermal energy. Bespoke and efficient heat pumps solutions are our strength, energy savings and energy efficiency are our goals - along with saving money on bills! Renewable energy directly supplied from the ground beneath a building is one of the most sustainable ways of long-term energy usage. As a seasonal "buffer" - to smooth out the peaks and troughs of supply and demand.
The earth is a huge energy storage system, which permanently regenerates through solar radiation. Every square metre of our earth receives a quantity of 750–1,100 kWh of solar energy yearly. Due to this amount of heat, constant temperature levels averaging 10 to 12° Celsius prevail all over the year in Central Europe in the earth from a depth of approximately 10 metres, and this temperature rises by 1° Celsius per each 33 metre of depth. It is quite simple and very cost-efficient to use the heat stored within the ground for heating purposes. About 80% of the required heating energy can be extracted from the ground by means of HEAT PUMPS, the remaining 20% we use, in form of electric power, for operation of the heat pump. However, with the rising popularity on micro generation [of electricity] even that aspect can be reduced to zero running costs.
As a result of heat extraction during winter, the temperatures of the ground decrease. Due to this much-appreciated side effect, the ground may virtually be used for free for cooling purposes during summer. It's simply a gigantic "battery", a buffer, as it were to reduce peak demand
WHAT WE DO?
Irrespective of the size of the project, our focus is always set on the design and implementation of an efficient and energy-saving heat pump solution. A perfect heat pump solution is the result of early stage expert consultation provided to the client combined with the compilation of all essential data regarding climate, soil conditions [on larger projects a soil survey may well be beneficial, water table, building [assuming extremely well insulated building 'fabric' - or upgrading to such - is a VITAL prerequisite] and occupancy dynamics and requirements. This data is essential in order to produce a viable heat pump solution as well as the results of the simulation calculations we use to determine the economically usable energy supply of the earth.
By careful calculation and selection of heat pump components - from heat-exchangers, compressors, buffer storage, expansion valves and circulation pumps – we can provide significant savings on initial capital costs and annual operating costs. In addition supplementing the electrical needs by generation via PV Solar and/or Vertical Axis Wind Turbines or Even Micro Hydro if appropriate.
Factors to consider with existing or new properties,
- we cannot stress enough the importance of significant INSULATION of the fabric of the building to maintain comfort levels
- This may also need to be combines with a mechanical-ventilation system with heat recovery.
- Heat Pumps are best suited to underfloor heating systems, it is impractical to consider them for a radiator based systems
- See Passive House Standards
Due to our considerable experience and confidence in our systems we can offer extended warranty periods.
The same rules apply: experience is everything. The concept – is actually simple – does however quite often lead to unsatisfactory results if the overall design and the simulation are not made by experienced specialists. Heat pumps that are designed without adequate experience, are frequently oversized and consequently inefficient. Our clients will however profit by our decades of experience in the implementation of efficient and economic projects.
Heat pumps - heat from nature
Heat pumps are the first choice for those who want to lower their heating bills and generate heat in a more environmentally responsible way. After all, the environment provides the heat pump with an unlimited and free supply of the energy it needs. This fully-fledged heating system needs very little power for its drives and pumps in order to make this energy available within the premises. A heat pump makes you independent of fossil fuels, or can replace them, and in addition, actively contributes towards reducing CO2 emissions.
Simple principle, great result
A heat pump works in an analogous way to a refrigerator – simply the other way around.
In a 'fridge, heat is transferred from the inside to the outside. With a heat pump, this happens the other way around. Heat from the air or the ground is transferred into the living space via the heat pump system. Vapour from a refrigerant is compressed to increase the temperature, to make it high enough for central heating and direct hot water [DHW] heating. in summer in reverse the heat pump can cool - which is of much greater importance in Southern UK and much more so in Southern Europe - [see the irradiation maps]
Renewable energy from ambient heat
Heat pumps use ambient heat from the water, ground or air. This ambient heat is in practice, "stored" solar energy or geothermal heat from below ground. Ambient heat is therefore a renewable energy, of which we have an inexhaustible supply.
Unlike fossil fuels, renewable energies have the big advantage of being able to be regenerated. In addition, ambient heat is a decentralised energy supply, which is always available and which can be used without the need for complex supply systems or centralised energy infrastructures.
Use with various energy sources
The best heat source for each individual case depends on local conditions and the actual heat demand. Heat pumps can use various energy sources:
- Air – practically unlimited availability; lowest investment costs, but least efficient
- Ground – via geothermal collector, geothermal probe or ice store; very efficient
- Water – extremely efficient; observe water quality and quantity
- Waste heat – subject to availability, volume and temperature level of the waste heat
Advantages of heat pumps
60 to 75% lower heating costs
Heat pumps obtain 3/4 of required energy free of any charge, from the environment in which you live. Soil, groundwater, and outside air store huge amounts of thermal energy which can be transformed into heating energy using heat pumps. The savings are considerable compared to other conventional heating systems. The amount of power consumed by heat pumps is notably lower than the amount of heat they generate.
Smart future investment
If you decide to install a heat pump today, you should be aware you are making an investment for the future. Its true value lies in many measurable and non-measurable aspects. In addition to the safety of investment, flexibility, low heating costs, comfort, and many economic and ecological benefits, a heat pump is an investment in your future and the future of your children.
New building, refurbishment, or heating system replacement
A heat pump is an ideal solution for heating and cooling of newly constructed or refurbished buildings, or when replacing an existing heating system or even simply an older boiler - it may even be feasible to retain the internal distribution. Since it operates on the principles of low-temperature heating, it is suitable for both underfloor heating and heating with wall-mounted radiators, as well as a combination of both. Heat pumps are also appropriate for rebuilt or refurbished buildings with radiator heating since new high temperature heat pumps can reach water temperatures of 80°C.
Warm in the winter, cool in the summer
Unique heat pump technology allows your heating system to heat your home during the winter and cool it during the summer without additional work or investment. The heat pump system can be used for cooling regardless of whether you use fan coils or underfloor heating.