COOL IN SUMMER
January 4, 2013 By Rama Lilnga Swamy
ABSTRACT:
HOW TO GET MORE COOL IN SUMMER
POWER GENERATION –
(through) Parasitic Conservation of Energy
for self – sustainability at micro level
with integration of Proven Technologies
MINIATURE POWER GENERATION PLANT (say: Piston Head) using Hybrid Technology
We cannot save energy efficiently. We have to use the Electricity production and consumption simultaneously.
An effort to generate the Power through the usage of Solar Energy is not dependable quality-wise, quantity-wise and cannot guarantee for continuous generation
In Summer there will be more requirement of electricity to run fans, A.C.s where is the generation will be less as Hydro electricity is not available. But we can harvest the Summer Heat
SOURCE OF ENERGY:
MINIATURE POWER GENERATION PLANT (say: Piston Head) using Hybrid Technology.
In Thermal Energy, the Coal is used, to Generate power. By burning the Coal we get heat and converted into Electricity.
Instead using coal we arrange Heaters with Grid Power and Generate Electricity.
Input L2:-On the top of the building we arrange Solar Dish Cooker, heat the Oil in Pressure Cooker and increase the temperature and focusing with Zoom Lens to the burning stage before entering into Piston Chamber. When we apply heated water vapor in to the Cooker, the air expands and moves into Vapor Chamber from there to old two wheeler inlet valve resulting in rotation of crank shaft. It is connected to Generator and Electricity Generated.
In summer, the demand for Power is more because extensive usage of fans, A.C.s, etc. and Power Generation is also more because of Summer Heat.
Heaters in Power Generation Plant
L1 shows Power input from Grid
L2 shows Power input from Solar Energy.
L3 shows Power Output.
In the Power Generation Plant, we start the generation of power with Grid power L1, to the Induction Heaters. When L2 is available the Temperature Controllers, Change over switches connect the input to the L2.
We can follow the link for details in Telugu News Paper.
http://epaper.sakshi.com/EpaperImages/13122012/13122012-sh-hyd-9.jpg
Rough Calculation of Power generated;
Input L1 is (say) 10 KW. The output at L5 is 9 KW (this is because of internal losses / consumption, etc). But during day time, the input is available at L2 though
The separate / marginal investment for this plant and related equipment / machinery will be comparatively less, and the R.O.I. can be calculated.
When Solar Energy availability is less / nil, we will not get energy, but at the same time, the Electricity requirement is also less, i.e., the need for Fans, A.Cs. will also be less
But the Heat in Power Generation Plant should be maintained with minimum Heat in the Chamber, with the usage of Grid Electricity. Arrangements are to be made to start Electricity Generation with Marginal Heating,
To maintain minimum heat in Thermal Power Generation Plant (say Piston Head) when input from L2, is not available / low, Thermos Flask technology can be used with Mica coated vacuum chambers and minimize the dependency on grid power for heating.
ARTICLE TEXT:
HOW TO GET MORE COOL IN SUMMER
POWER GENERATION –
(through) Parasitic Conservation of Energy
for self – sustainability at micro level
with integration of Proven Technologies
MINIATURE POWER GENERATION PLANT (say: Piston Head) using Hybrid Technology
We cannot save energy efficiently. We have to use the Electricity production and consumption simultaneously.
An effort to generate the Power through the usage of Solar Energy is not dependable quality-wise, quantity-wise and cannot guarantee for continuous generation
SOURCE OF ENERGY:
MINIATURE POWER GENERATION PLANT (say: Piston Head) using Hybrid Technology.
In Thermal Energy, the Coal is used, to Generate power. By burning the Coal we get heat and converted into Electricity.
Instead using coal we arrange Heaters with Grid Power and Generate Electricity.
Input L2:-On the top of the building we arrange Solar Dish Cooker, heat the Oil in Pressure Cooker and increase the temperature and focusing with Zoom Lens to the burning stage before entering into Piston Chamber. When we apply heated water vapor in to the Cooker, the air expands and moves into Vapor Chamber from there to old two wheeler inlet valve resulting in rotation of crank shaft. It is connected to Generator and Electricity Generated.
In summer, the demand for Power is more because extensive usage of fans, A.C.s, etc. and Power Generation is also more because of Summer Heat.
Heaters in Power Generation Plant
L1 shows Power input from Grid
L2 shows Power input from Solar Energy.
L3 shows Power Output.
In the Power Generation Plant, we start the generation of power with Grid power L1, to the Induction Heaters. When L2 is available the Temperature Controllers, Change over switches connect the input to the L2.
We can follow the link for details in Telugu News Paper.
http://epaper.sakshi.com/EpaperImages/13122012/13122012-sh-hyd-9.jpg
Rough Calculation of Power generated;
Input L1 is (say) 10 KW. The output at L5 is 9 KW (this is because of internal losses / consumption, etc). But during day time, the input is available at L2 though
The separate / marginal investment for this plant and related equipment / machinery will be comparatively less, and the R.O.I. can be calculated.
When Solar Energy availability is less / nil, we will not get energy, but at the same time, the Electricity requirement is also less, i.e., the need for Fans, A.Cs. will also be less
But the Heat in Power Generation Plant should be maintained with minimum Heat in the Chamber, with the usage of Grid Electricity. Arrangements are to be made to start Electricity Generation with Marginal Heating,
To maintain minimum heat in Thermal Power Generation Plant (say Piston Head) when input from L2, is not available / low, Thermos Flask technology can be used with Mica coated vacuum chambers and minimize the dependency on grid power for heating.