초록 ▼

A thermodynamic closed hydraulic electric generating system consisting of pressurized tanks, containing gas and liquid volumes interconnected by pipes. The system has a minimum of two tanks, one for heating and one for cooling. The heating source is solar, thermal or chemical. One tank is heated whi

A thermodynamic closed hydraulic electric generating system consisting of pressurized tanks, containing gas and liquid volumes interconnected by pipes. The system has a minimum of two tanks, one for heating and one for cooling. The heating source is solar, thermal or chemical. One tank is heated while the other is cooled, causing a significant pressure difference between the two tanks. Once one tank is heated to its optimum temperature and the other is cooled to its lowest temperature, a pressure valve is activated opening a regulated gate valve allowing the liquid in the higher pressure tank to flow through the connecting pipes and through a generator to the tank with the lower pressure and generating electric power. Liquid flow will occur until the tanks' pressure system equalizes, then the system is reversed. Tanks are heated by solar energy by parabolic mirrors and cooled by liquid/gas. Heat sinks promote heating/cooling.

대표청구항 ▼

Having described my invention, what I claim as new, and desire to secure by Letter of Patent is: 1. A closed thermodynamic hydraulic electric generating system and a process for generating electric power comprising: a network of a heated and a cooled tanks connected together by pipes allowing to cy

Having described my invention, what I claim as new, and desire to secure by Letter of Patent is: 1. A closed thermodynamic hydraulic electric generating system and a process for generating electric power comprising: a network of a heated and a cooled tanks connected together by pipes allowing to cycle a liquid from the heated tanks to the cooled tanks by a pressure of a gas and will produce an electric power when the liquid flows through a connecting generator; wherein the heating of the tanks is done by a solar parabolic mirrors and the cooling of the tanks is done by a circulating fluid and a heat sinks; wherein the system has a minimum of two tanks, each containing pressurized gas and liquid, wherein the tanks are interconnected by a pipe system and the gas in one tank is heated by the solar parabolic mirrors and the gas in the other connecting tank is cooled by the circulating fluid simultaneously, which causes a differential pressure change between the connecting tanks strong enough to force a flow of the liquid by the pressure of the gas from the heated tank to the cooled tank to produce electric energy when the liquid flows through a connecting generator.