strict management of energy cogeneration =
published: 05/05/07, 20:43
On the sidelines of the eco-friendly armor-AREVA:
Rigorous management of energy resources: the forbidden truths
Nuclear power plants have a yield of 33%. In other words, they send in nature, in the form of heat, a quantity of energy twice as much as that which they send on the electrical network.
Sometimes they discharge water around 25 ° C in rivers, sometimes they send in cooling towers water around 35 degrees that will fall in rain and warm the atmosphere to cool.
If we consider that a good part of the electric energy sold by EDF in the winter is used for heating homes, then we discover an absolutely staggering situation: on the energy supplied by the fuel,
- a third is converted into electrical energy to heat buildings to the temperature of 20 degrees,
- at the same time, twice as much energy from the water to 35 degrees that will warm the air of time!
These same plants could very easily produce water at 80 degrees for example, for a large-scale district heating, with a derisory decrease in the electric power supplied.
From this consideration, obviously, the optimal management of resources is in the CHP. The systematic development of cogeneration would make it possible to have as much heat and as much electricity by consuming TWICE LESS energy resources.
The large cogeneration consists in valuing the thermal discharges of thermal power plants for district heating.
Small CHP will be favored by ecologists because of its human dimension. It consists of replacing oil or gas boilers with generators, with which the heat produced will be used for heating.
In fact, all traditional heaters are incompatible with a rigorous management of our energy resources.
Because of the systematic misinformation, the censorship and the screed of lead which stifles our French media, we will be in tow from abroad for the most promising innovations in this field.
In the meantime, the wastage of resources corresponding to the thermal discharges of our plants is phenomenal. In two hundred-day winters, the heat lost by a 4000 MWe site equals as a loss to the demolition of all the buildings of a city of 40 000 inhabitants!
To deepen the question, see the sites:
1 °) Ecology-by-cogeneration:
http://alrg.free.fr/ortograf/ecogeneration/
2 °) for scientists: Entropy = waste.
http://alrg.free.fr/ortograf/entropiegaspi
These sites are also accessible from:
http://ortograf.fr
ORTOGRAF, F- 25500-MONTLEBON
Phone: + (33) (0) 3 81 67 43 64 Email:
louis.rougnon-glasson@laposte.net
Rigorous management of energy resources: the forbidden truths
Nuclear power plants have a yield of 33%. In other words, they send in nature, in the form of heat, a quantity of energy twice as much as that which they send on the electrical network.
Sometimes they discharge water around 25 ° C in rivers, sometimes they send in cooling towers water around 35 degrees that will fall in rain and warm the atmosphere to cool.
If we consider that a good part of the electric energy sold by EDF in the winter is used for heating homes, then we discover an absolutely staggering situation: on the energy supplied by the fuel,
- a third is converted into electrical energy to heat buildings to the temperature of 20 degrees,
- at the same time, twice as much energy from the water to 35 degrees that will warm the air of time!
These same plants could very easily produce water at 80 degrees for example, for a large-scale district heating, with a derisory decrease in the electric power supplied.
From this consideration, obviously, the optimal management of resources is in the CHP. The systematic development of cogeneration would make it possible to have as much heat and as much electricity by consuming TWICE LESS energy resources.
The large cogeneration consists in valuing the thermal discharges of thermal power plants for district heating.
Small CHP will be favored by ecologists because of its human dimension. It consists of replacing oil or gas boilers with generators, with which the heat produced will be used for heating.
In fact, all traditional heaters are incompatible with a rigorous management of our energy resources.
Because of the systematic misinformation, the censorship and the screed of lead which stifles our French media, we will be in tow from abroad for the most promising innovations in this field.
In the meantime, the wastage of resources corresponding to the thermal discharges of our plants is phenomenal. In two hundred-day winters, the heat lost by a 4000 MWe site equals as a loss to the demolition of all the buildings of a city of 40 000 inhabitants!
To deepen the question, see the sites:
1 °) Ecology-by-cogeneration:
http://alrg.free.fr/ortograf/ecogeneration/
2 °) for scientists: Entropy = waste.
http://alrg.free.fr/ortograf/entropiegaspi
These sites are also accessible from:
http://ortograf.fr
ORTOGRAF, F- 25500-MONTLEBON
Phone: + (33) (0) 3 81 67 43 64 Email:
louis.rougnon-glasson@laposte.net