193results about "Solar heat systems" patented technology

An engineered ecosystem, moderating eight primary systems—thermal management, atmospheric optimization, radiation controls, hydrological systems, energy systems, material flows, systems management, and built systems—to provide homeostatic regulation of cascading flows of matter and energy.

The invention belongs to the energy saving field of solar energy, particularly to a composite solar energy heat pump energy-saving system used with common gas water-heater and the method thereof. The solar energy energy-saving system utilizing compensation of gas and electric energy comprises a heat pump device and a water tank connected with a solar energy collecting device, further comprises a common gas water heater connected with the solar energy collecting device and a central controller connected with the solar energy collecting device, heat pump device and the common gas water heater. The system only takes the steps of using solar energy, the heat pump device to compensate, and the gas water heater in order to make use of energy. By using the proposal, the present situation of using fuel gas or electric power as energy for heating water, heating and air conditioning is solved. Using solar energy as the major energy supply and adding a small quantity of electric power and fuel gas can satisfy water indoor water supply, heating and air conditioning systems of building. So the consumption of tradition energy is effectively reduced.

There is provided a water heating and storage system, including a heat-insulated main heated water storage tank for storing hot water. The storage tank consists of top, side and bottom walls, has an inlet for heated water entering the tank at a level below the normal level, and a cold water inlet. The system also includes a consumer hot water outlet, and an external water heater having a controlled electrical heating unit, an outlet port for heated water, connectable to the inlet of the tank, and a water inlet port.

A solar air-conditioning system that is preferably designed to operate with concentrated solar heat and uses a circulating refrigerant in a cycle of compression and expansion. Solar concentrators raise the temperature and pressure of the refrigerant. The raised temperature is dissipated to the atmosphere and the refrigerant proceeds to the evaporator coil, which is located within a water tank containing at least 1000 gallons of an anti-freeze water solution. As the water is the storage medium, heat can be added to or extracted from the storage medium by the evaporator coil. A radiator pickup coil is also located within the water tank and is part of a separate chilled water system which can circulate its own water supply through other radiators located throughout a dwelling. Additionally, one or more bypass valve(s) within the refrigerant system allow switching to solar heating.

The invention provides a solar energy and biomass energy combined power generation optimizing integrated system. The system comprises an ultrahigh pressure or high pressure solar energy photo-thermal boiler system, an ultrahigh pressure or high pressure biomass boiler system and a turbonator system, wherein high temperature conduction oil output by a solar energy light field of the solar energy photo-thermal boiler system flows through a photo-thermal evaporator and a photo-thermal heater in sequence, and returns to a conduction oil storage tank after heat release cooling; low-temperature conduction oil in the conduction oil storage tank is conveyed to the solar energy light field by an oil circulating pump to complete conduction oil circulation, and meanwhile photo-thermal transmission and heat exchange are realized; photo-thermal steam produced by the photo-thermal evaporator is conveyed to the biomass boiler system by a steam primary pipe; an auxiliary fuel coal or fuel gas or fuel oil boiler is connected with the photo-thermal evaporator and the photo-thermal heater in parallel; auxiliary steam produced by the auxiliary fuel coal or fuel gas or fuel oil boiler is mixed with the photo-thermal steam by the steam primary pipe and then is conveyed to the biomass boiler system; photo-thermal mixed steam and steam which is produced by a biomass boiler are overheated to 540 DEG C+ / -5 DEG C in the biomass boiler system; overheated steam is conveyed to a steam turbine to swell and do work and drives a generator to generate electricity. According to the solar energy and biomass energy combined power generation optimizing integrated system, solar energy and biomass energy are combined, the installed capacity of a power plant is expanded, and the economic benefit of a united power plant is improved.