PESN – a new model of E-Cat (Rossi Energy Catalyzer) has been developed. It is a model that can remain stable at very high temperatures without the need for coolant. In fact, it could be considered a solid state E-Cat. This is not the official name of the new model, but it seems an appropriate description.
For those who are not aware, an extended test of around twenty high-temperature solid-state E-Cat modules is currently taking place. Each module has one reactor core producing approximately ten kilowatts of output. The units have been operating for around two months now and will continue operating for a few more weeks. It has been stated that after the test is complete, a full report and photos will be shared with PESN, and posted to the Journal of Nuclear Physics.
Rossi can precisely control the nuclear reactions taking place (being able to precisely throttle them up and down) to prevent overheating of the reactor core WITHOUT the use of a cooling liquid. The only cooling is passive (infrared heat escaping the surface of the plates), the E-Cat is throttled down significantly, and when a load is placed upon it (cooling water to be turned into steam) the nuclear reactions are throttled up.
I think “solid state” is a good term to describe the above E-Cat design. I call it “solid state” because it can operate without any moving parts (no pump to provide a flow of water), the temperature can be precisely modulated, and the unit could, in theory, operate as a stand alone device providing a heat source. If combined with a thermal photovoltaic device — a technology that can convert infrared radiation directly into electricity — it could become a solid state electric generator.
However, with total stability at temperatures above 600C, these units could also produce the very high temperature steam that many of us thought he was producing during this test. In a modern boiler that produces super critical steam for turbines, the walls or tubes of the boiler have to reach temperatures slightly higher than the temperature of the steam that is needed. So if, for example, the outer walls of the E-Cat are producing 650 degree temperatures, the solid state E-Cat could produce 600C steam
* The Solid State E-Cat no longer needs liquid cooling because the nuclear reactions inside the reactor are precisely controlled.
* The Solid State E-Cat can reach very high temperatures of well above 600C.
* Even though steam is not being produced in this test, high temperature steam can be produced. This is a thermodynamic fact due to the high temperatures the Solid State E-Cat can reach.