1. Rapid heat conduction, the speed of heat conduction is 1000 times that of copper pipes.
2. High heat collecting efficiency , at least 20% improvement over common flat plate solar heating system.
3. No water runs in tube, no incrustation, no bursting of tubes even at sub-zero temperature of -40 °C.
4. The internals of the super heat conducting pipes has low working pressure. Pipe can withstand up to 300 °C in the summer.
5. Can be connected with city tap water, the pressurized system work automatically (Pressure: 0.6 MPa).
6. Whole system can work normally even when a single pipe is broken. No water leaks out.
7. In the north, they can be used normally when it’s sunny in the winter.
8. Special silica gel for sealing up retarts aging, gaves way automatically when high temperature or high pressure in heat pipes to prevent damage to the system.

CONSOL heat pipe has a low thermal capacity and has a heat exchange rate 1000 times that of copper heat. Heat exchange rate is up to 99%, minimising heat losses. Compared to other solar heat collectors, the startup for CONSOL heat pipes is fast.

Detiorating flat plate solar heaters with algae, a common sight in Singapore.Moisture trapped in the panel frame or leaking interior promotes algae growth that blocks sunlight, significantly reducing the heater's performance. This is an inherent design flaw of the flat plate collectors..

CONSOL evacuated tubes solar heaters do not face this problem. As the surface of the tubes are round, there are no corners and creaks for water to consolidate. Sealed vaccum technonology also mean that no moisture enter the tubes at all.

Flat plate panels are one of the oldest existing solar heat collector designs. Now, with advancements in technogy, vacuums tubes are rapidly replacing this ancient design. Just why are vacuum tubes better that flat plate panels?