Products
Integrated evacuated tube solar water heater
- High performance system due to extreme deep vacuum and multi-layered selective absorber coating
- Inner tank is made from SUS316L stainless steel, and anti-corrosion – ensuring extended service life
- High and non-pressure systems available
Evacuated tube Solar Collectors
(U-pipe and Heat-pipe)
- U-pipe evacuated tube collector: the heat transfer medium is circulated via a pump directly through the U-pipe inside the evacuated tube. Those results in a highly effective heat transfer and can generate high temperatures. This collector is most suited for high temperature applications such as industrial processes or solar cooling.
- The heat-pipe principle is based on an enhanced thermosiphoning effect due to a partial vacuum inside the heat pipe, causing the heat transfer medium to boil already at around 30° C. The heat pipe collector is ideally suited for east/west inclined roofs and can be most effectively used in basic hot water applications for commercial use such as hotels, hospitals, residences, etc.
Flat plate Solar Collectors
- High efficiency collectors with anti-reflective solar
glass and selective coated absorber surface also deliver heat in overcast conditions - The use of quality, recyclable materials ensures long service life and high environmental compatibility
- Maximum heat transfer between the absorber sheet and the copper grid, thanks to the optimised ultrasonic and laser welding technology
Concentrated Solar Power (CSP)
- CSP collectors produce heat from 130°C to 450°C,
which are stored in thermal fluids. - Application include industrial heat processes,
absorption chillers, electricity generation - Fresnel collectors use flat glass mirrors that are
bonded to a virtually flat structure. Parallel lines of
mirrors are arranged to reflect and concentrate
direct solar radiation to a focal line, where the light
is absorbed and transferred into heat (better space
& cost ratios). - Suitable for building complexes and utility scale
operations.
Air/Geothermal Heat pumps and Heat Recovery Chillers
- Use the energy from the ambient air or from the
ground to provide heating or cooling - Can provide free hot water during cooling
operation through full heat recovery and de-super
heater function - Residential and commercial/industrial models
- Special silenced models available
Smardt Air Cooled Chillers
- Adaptable by design – a base range with options to suit any air cooled application.
- Designed for ease of maintenance and serviceability.
- Advanced corrosion protection on critical operating surface areas.
- Accurately designed for trouble-free and sustained operation across the entire chiller load range.
- North American manufactured, tested and pre-commissioned prior to delivery to ensure trouble-free commissioning and startup on every project.
Smardt Water CooledChillers
Smardt’s water cooled chiller range – 60 TR through 3600 TR – is designed for a 30-year operating life, with the lowest lifetime operating costs in the market.
Oil-free, flooded shell-and-tube evaporation, low power consumption, low maintenance costs (even lower with remote monitoring) and high reliability with only one main moving part.
Smardt works hard to achieve simplicity of design and operation – reflected in low operating costs and supported by the integration of the latest technologies in expansion valves and heat exchanger technology. Smardt controls enable stable and efficient operation at very low loads.
Field reliability since 2002’s introduction has been outstanding – not surprising when you consider that some 80% of all chiller problems in the field are due to failures in compressor oil return. And these Smardt chillers use no oil.
Zudek Water Ammonia Absorption Chiller
- Ecological: ammonium hydroxide, a natural solution, has the highest cooling efficiency
- Production of subzero cooling from heat recovery or thermal waste
- Low maintenance: sturdy, static, single pump system
- Very low electricity consumption: 1 kW electric x 20 kW cold
- Immediate adaption to power variations
- Suitable for combined cooling heat and power (CHP) plants
- Available in ATEX version
- Available according to PED or ASME codes
- Telematik®: remotely controlled 4.0 solution
Air Handling Units
Sunwind Air Handling Unit
Split corrugated fins and high quality copper tubes of cross-flow coil to strengthen the turbulence effect of the air flow. Adjust the distance between fins, optimized the pipe line arrangement to enhance the heat exchange efficiency.
Fan Coil Units
SUNWIND Fan Coil Unit
Split corrugated fins and high quality copper tubes of cross-flow coil to strengthen the turbulence effect of the air flow. Adjust the distance between fins, optimized the pipe line arrangement to enhance the heat exchange efficiency.
