SAVES 25% to 40% ELECTRICITY
Air Conditioning accounts for ~60% of a Commercial Buildings monthly cost. Saving ~40% every month will lead to a huge drop in monthly spends
ROI OF 24 TO 36 MONTHS
While life of Panel is 15+ years
90% SPACE SAVING COMPARED TO PV PANELS
The HTS Panel takes ~32 sq ft of space saving ~3,500 watts while a comparative PV Panel will produce just ~300 watts
LIFE OF THE HVAC SYSTEM IS IMPROVED
Since the HTS Panel is doing the work of the compressor, it always runs on partial load. This reduced RPM in the long run results in enhanced life of the machine
5 YEAR WARRANTY ON HTS PANEL
5 years warranty provided by Perfect on any manufacturing defects in the panel with support of parts for 10 more years.
SUPPORTED BY MOST INDIAN AC MANUFACTURES
Most Indian AC Manufacturers have agreed to not void warranty when HTS Panel is used and also support with spares for repairs
Single Panel to be connected to 10HP VRV machine which can be further expanded in any size HVAC project
12% GST applicable with accelerated depreciation for tax benefits
Ideal choice for commercial building rooftops like Hotels, Hospitals, Offices, Cold Storage Rooms, Factories etc
12 PV Panels generating ~300 watts per panel (Above)
1 HTS Panel saving ~3,500 per panel (Below)
Hence it is ~90% space saving
The Perfect Thermal Hybrid air conditioning system is a renewable energy method of adding pressure and heat to the refrigeration cycle which results in a decreased/displaced compressor workload, saving energy.
This hybrid-thermal approach displaces a portion of the mechanical energy used by variable capacity, multi-stage, and variable speed compressors, which keeps the compressor in low stage, low range or low capacity, while delivering full and part-load cooling requirements. This effect creates significant energy savings.
The system harnesses the sun's energy by reflecting the light on parabolic mirrored concentrators. The light is focused on a copper pipe that is coated with specialized absorption paint. This concentrated parabolic array allows for a larger harvesting of energy with a smaller footprint.
At the top of the panel resides a photo-tracking eye that keeps the parabolas pointed at the sun, and rotate through-out the day. With build-in sensors and controls, the panel will maintain preset temperature bands, and will rotate out of the sun once max temperature is reached. The panel will then modulate the parabolas to maintain the temperature throughout the day, delivering consistent and regulated energy.
The panel tracks the sun, collecting radiant energy through copper piping
