Edge Over Competition

1. Maximum Energy Generation

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2. Maximum Conversion Efficiency

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3. Low Physical Footprint

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4. Reliability

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Maximum Energy Generation

  • Tracking the sun like a sunflower allows us to gather and convert more sun to energy.
  • The high efficiency combined with tracking, means the system is always pointing at the sun, gathering the most of the sun’s rays and converting it to power.
  • On a good day, QUADSUN can produce up to 70% more energy than other solar technologies.

Maximum Conversion Efficiency

  • The high reflectivity and precise parabolic mirrors combined with very efficient receivers maximize conversion of sunlight.
  • The hot water solution has a unique design that allows benchmark heat rate transfers from the receiver to the medium that needs to be heated.

Low Physical Footprint – Minimal Space

QUADSUN systems need close to only half the space required to generate the same amount of energy as compared to other technologies.

A low footprint is the outcome of tracking the sun using high efficiency cells.

Flat Plate Collector - FPC

Quadsun CST-H3500

Evacuated Tube Collector - ETC

Minimum Collector Area in M²
= 1.5
Minimum Collector Area in M²
= 4.4
Minimum Collector Area in M²
= 2
Temperature Difference Delta T in °C = 20 Temperature Difference Delta T in °C = 20 Temperature Difference Delta T in °C = 20
Hot water output in Liters Per Day - LPD
= 100
Hot water output in Liters Per Day - LPD
= 750
Hot water output in Liters Per Day - LPD
=100
Collector Area for 5000 LPD Capacity in M²
= 75
Collector Area for 5000 LPD Capacity in M²
= 26.4
Collector Area for 5000 LPD Capacity in M²
= 100
Number of Collectors in Nos
= 50
Number of Collectors in Nos
= 6
Number of Collectors in Nos
= 50
Temperature Difference Delta T in °C
= 20
Temperature Difference Delta T in °C
= 20
Temperature Difference Delta T in °C
= 20
Hot water output in Liters Per Day - LPD
= 5000
Hot water output in Liters Per Day - LPD
= 5000
Hot water output in Liters Per Day - LPD
= 5000
Collector Area for 5000 LPD with shadow clearances in M² = 85 Collector Area for 5000 LPD with shadow clearances in M² = 54 Collector Area for 5000 LPD with shadow clearances in M² = 110

Reliability

CST - Reliability | Apollo Power Systems

  • Chassis manufactured with LASER Cut parts
  • Galvanized chassis for rust free life
  • Die Casted Gear box
  • Slew Gear box design for Azimuth and Elevation Tracking
  • DC Brushless Stepper motors for Precision Sun Tracking
  • Specially tooled Tempered mirrors with maximum reflectivity
  • Mirrors tooled by RioGlass
  • Specially designed Receiver for Maximum Heat Exchange
  • Structure designed for wind speeds up to 120 Kmph
  • Customized Sun tracking Algorithm and Electronics
  • Field control Electronics using reliable components
  • Sensors to monitor wind speed and temperature
  • Flow switch to monitor proper water flow
  • Flow meters to record water flow
  • Components with best MTBF
  • Product Tested and Approved by NISE – National Institute of Solar Energy