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Glare cycle technique brief introduction:Australia is the country devoting much attention to reduce energy and protect
environment, the federal government gives energetic support to the products
reducing energy and protecting environment. Glare cycle is the research item
of environmental project led by the professor Glare of Melbourne University
subsidized by government.
This research lasted 5 years and achieved success at last through study and
study. The thesis published in Melbourne University journal and international
professional institute in 1986 arouses the regards of heat work refrigeration
industry.
This cycle system differs from the regular refrigeration KaNuo cycle, which has
four cycle processes, as compressing, throttling, vaporization and condensation,
while the processes of Glare cycle system is up to 12, in which some special cycle
processes are pioneering work of the refrigeration cycle. It can ensure that the
assignment and the transfer process of energy is reasonable; the use factor of
energy is up to 95.53%; the capability and the efficiency proportion (COP) is up
to 6.33 ( heating water test work condition). The ambient temperature for use is
down to -30°C. Under the condition that the ambient temperature is -30°C,
this unit can heat the water to 80°C (here the COP is 2.5).
This technique obtains the special award of applying project of Mebourne
University, the first prize of the best project technique invention in Australia in
1990, and the first prize of international heat work institute thesis in 1993. Glare
professor gave Australia MoHaLei Group the authority to manufacture Glare heat
pump/heat water unit. MoHaLei Group set up Environment Energy Engineering
Company specially. From 1988 to 2004, it has had ten thousands units running
in Australia and all around the world.
This company's founder-member is Mr. Haien who is the president of Environment
Energy Engineering Company, the subcompany of MoHaLei Group. Mr. Haien has
started to study market need around the whole world from 2003, and the conclusion
is that the Chinese market has great potentialities, so he decided to set up the
base for production in China. In 2005, he made sure that the address of the base
for production in China is Shanghai, and provided set of technical information and
drawing in advance. He starts to develop and design the Chinese environment
applying unit through the development center in China, and then products the unit
fit for Chinese environment.
Charge account:
1) Annual daily average heating: 120MT water (from 20°C to 60°C)
2) Running 9 months annually
3) Daily energy consumption: 120MT x 1,000 x 40 = 4,800,000 kilocalorie
4) Account comparison between fuel and Glare water heating unit:
a) Fuel water heating unit:
i) Fuel heat value: 10,300 kilocalorie x 60% = 6,180 kilocalorie
ii) Daily energy consumption: 4,800,000/10,000/0.65 = 738kg
iii) Heat water transmission consumption (account at 1.5 times):
738 x 1.5 = 1,108kg
iv) Charge:
aa) Light diesel oil: USD591.862/MT
bb) 0.137 x 591.862 x 3.699 x 1.110 = USD177,061.406
b) Glare water heating unit:
i) 4,800,000/4/1.16=1,392kWh
ii) Heat water transmission consumption (account at 1.5 times):
1,392 x 1.5 = 2,088kW
iii) Electricity price: USD0.037/degree, 257.460 x 0.037 x 3.699 x 1.110
= USD20,854.254
Equipment collocation:
1) 25HP Glare water heating unit: 6 units
2) Input power/unit: 20kW
3) Produce 6040°C heat water (40°C temperature up): 1,650kg/hour
4) Max. heat water production: 1,650 x 6 = 9,900kg/hour
5) Max. daily heat water production: 210MT/day