Self-contained solar heating system separate from another energy source
The invention relates to a solar heating and sanitary hot water producing system separate from another energy source with long-term (interseasonal) storage and centralized management of the production and use, using a heat transfer fluid kept at high temperatures. The system consists of at least one long-term interseasonal heat transfer fluid storage tank (R1), a centralized management system optimizing production and use according to predetermined parameters, an automatic emptying and filling system (4), and a set of motorized valves and circulation pumps controlled by the management system. The system is linked to the heating network (2) (floor heating, radiators, fan coil units, etc.). The solar thermal collectors (1) heat the heat transfer fluid, which may be used for immediate supply to the heating network (2), stored in the tanks (R1), or used in a sanitary hot water processor (3). In the absence of solar production, the management system uses the stored fluid to meet heating demands. The invention can be used for individual or collective sanitary or industrial hot water heating.
Publication number: WO2009143933A2 | Search similar patents
Optimized method for storing heat energy in an aquifer
The invention relates to a method of optimizing the storage of heat energy in a deep aquifer.
Publication number: WO2008000932A2 | Search similar patents
New renewable energy supply system for implementing zero energy building and control method thereof
A new renewable energy supply system for implementing a zero energy building comprises: a concentrated solar power generation device that converts solar energy into electrical energy by amplifying light emitted from a light source using a lens or a reflector; a hot-water supply device that includes a solar heat collection device and a first geothermal heat pump device and supplies energy for hot-water supply, wherein the solar heat collection device has a heating medium that exchanges heat with the concentrated solar power generation device, and the first geothermal heat pump device supplies heat or cold-heat energy using a geothermal heat source or heat sink; and a cooling and heating energy supply device that includes a second geothermal heat pump device and supplies energy for cooling and heating, wherein the second heat pump device supplies heat or cold-heat energy using a geothermal heat source or heat sink.
Publication number: WO2016085154A1 | Search similar patents
Method for installing renewable energy power generation equipment
[Problem] To provide: an apparatus for simply and inexpensively installing renewable energy power generation equipment such as a solar cell panel, with no limit on the installation location; and a method for using the apparatus. [Solution] This method for installing renewable energy power generation equipment includes the following steps: (1) preparing a location for installing at least one container for accommodating a heavy weight to stably secure the renewable energy power generation equipment by laying the equipment flat or embedding the equipment, the container having a top surface that is open or that can be opened, and at least a part of the side surfaces thereof being formed from a net and/or punched metal; (2) installing the container in the installation location, or conveying the container to the installation location; (3) securing a renewable-energy-power-generation-equipment-securing means to the container in order to secure or removably secure the renewable energy power generation equipment to the outer surface of the container, so that the container is capable of supporting the weight of the renewable energy power generation equipment; (4) accommodating the weight inside the container; and (5) securing the renewable energy power generation equipment to the renewable-energy-power-generation-equipment-securing means.
Publication number: WO2016084916A1 | Search similar patents
Method of storing and abstracting heat and cold in or from an aquifer
The present invention relates to a method of storing and abstracting heat and coldness in or from an aquifer. In accordance with the invention, there is a third body of water (6) at a temperature between Tl and Th in addition to a first body of water (4) at a first, high temperature Th and a second body of water (7) at a second, low temperature Tl. When abstracting coldness from the second body of water (7) the temperature of the water is raised to a temperature Tm2 that lies between Th and Tl, and when abstracting heat from water having the first temperature, the temperature is lowered to Tm1. The water having temperature Tm1 or Tm2 is stored in the third body of water (6). The invention makes it possible to considerably reduce the capital outlay and thereby to improve the cost-effectiveness of this form of energy saving.
Publication number: EP1462736A1 | Search similar patents
Device for collecting solar ray and heat and for collecting and exhausting heat, and method for utilizing the device
This aims to provide a device for separating the solar ray and heat energy falling throughout the year into the solar ray and the solar heat energy without being limited to summer and winter seasons, while attaining the functions to insulate, collect, exhaust and store the heat and to shield, collect and disperse the ray. This also aims to provide a method for separating the solar ray and heat energy into the solar ray and the solar heat energy and utilizing the same. The method utilizes the ray collection and the heat energy separately but simultaneously by utilizing the device for collecting the solar ray and heat and for collecting and exhausting the heat.
Publication number: WO2009069811A1 | Search similar patents
Seasonal energy-storage cooling and heating system
A seasonal energy-storage cooling and heating system comprises an energy storage device (1), a solar collecting device (2), a cooling device (3), and a water supply device (4) in closed-loop connection with a user terminal (5). The energy storage device (1) at least comprises a heat source energy storage pool (11) and a cold source energy storage pool (12), the heat source energy storage pool (11) and the cold source energy storage pool (12) being connected to a water source through water pumps (706, 701); the water supply device (4) comprises a hot water supply pool (41) connected to the heat source energy storage pool (11) and a cold water supply pool (42) connected to the cold source energy storage pool (12); the solar collecting device (2) is connected to the heat source energy storage pool (11) and the hot water supply pool (41) through water pumps (707, 705) respectively; the cooling device (3) is connected to the hot water supply pool (41) and the cold water supply pool (42) through multiple water pumps respectively, and is in closed-loop connection with the user terminal (5). The system is applicable to various buildings for cooling and heating, and more particularly to hot-summer and cold-winter zones, thereby achieving a significant energy-saving effect.
Publication number: WO2013075572A1 | Search similar patents
System and method for continuously operating a solar-powered air conditioner
An air-cooled, single-effect, air conditioning system includes a first set of solar collectors configured to obtain energy to facilitate release of refrigerant from an absorbent-refrigerant solution in a generator. A tank is configured to store the energy for nighttime operations of the air conditioning system. One or more valves are configured to regulate consumption of the stored energy to maintain continuous cooling of at least one load.
Publication number: US9488394B1 | Search similar patents
Aquifer heat storage control system
According to one aspect of the present invention, an aquifer heat storage control system, which uses an underground aquifer as a heat and cold storage medium, comprises: a cold water reservoir for storing cold by having cold underground water pumped therefrom for cooling during the summer, and having underground water, from which heat is absorbed for heating during the winter, fed therein; a hot water reservoir for storing heat, which is separated by a predetermined distance from the cold water reservoir so as to restrict the transfer of heat therebetween, and from which underground water, in which heat is stored, is pumped for heating during the winter, and having underground water, which has absorbed heat during cooling in the summer, fed therein; underground water piping for supplying pumped underground water to a heat pump and recovering heat-exchanged underground water and introducing same to the hot water reservoir and to the cold water reservoir; said heat pump for transferring cold from cold underground water pumped from the cold water reservoir to a hot/cold storage medium, and for transferring heat from hot underground water pumped from the hot water reservoir to the hot/cold storage medium; a thermal storage tank connected by a thermal medium pipe to the heat pump, so as to store a cold or hot storage medium transferred from the heat pump through the thermal medium pipe; and a controller for automatically controlling the operation of the heat pump according to a set cooling or heating mode, automatically controlling the pumping of underground water from the cold and hot water reservoirs, and automatically controlling the feeding of underground water into the cold and hot water reservoirs.
Publication number: WO2011136435A1 | Search similar patents
Methods for storing a releasing thermal energy, associated reactor and application to the interseasonal storage of solar heat
The invention concerns a method for storing or releasing thermal energy by chemical reaction according to which a flow of heat-transfer gas is circulated through a layer (10) of a first hygroscopic salt A, then through a layer (20) of a second hygroscopic gas B, the gas being reactive with salts A and B, the thermodynamic equilibrium curve of salt A being located further to the left than that of second salt B in a pressure-temperature phase diagram, the circulation of the flow of gas causing a dehydration or hydration reaction of both first salt A and second salt B.
Publication number: WO2014037853A1 | Search similar patents
A window system including lighting and solar energy collection
A window system has, within the window frame, a solar panel on the outside and a lighting panel on the inside. An efficient, non-transparent, thermal insulation layer can be used between the solar panel and the lighting panel.
Publication number: WO2016001267A1 | Search similar patents
Small scale renewable energy power generating apparatus
An apparatus uses mechanical means to allow low volume, intermittent air or water or other energy sources to provide electrical power through a power train connected to an electrical generator.
Publication number: US9048706B1 | Search similar patents
Process and device for energy production from renewable raw materials
A process is disclosed for converting vegetable-bound solar energy, for achieving a high degree of efficiency and for creating an ecologically and economically compatible system characterised by the association of product manufacturing and energy production lines. The by-products of the manufacturing steps represent energy carriers and are converted in a central energy production plant into thermal and electric energy that can in turn be used to carry out the manufacturing steps.
Publication number: WO9632460A1 | Search similar patents
Energy storage arrangement for increasing the flexibility of power plants
The energy storage arrangement according to the invention for increasing the flexibility of power plants controls the provision of electricity to an electrical grid, such that the electricity supply from the power plant is reduced to the current electric power demand by charging a thermal energy store and thus the provision of electricity by renewable energy sources to the electrical grid can be given precedence. To achieve this, the power plant can be arranged with a heat pump or also with a refrigeration unit and can be connected in particular to said pump or unit by means of thermal stores. The thermal energy stores can preferably be discharged via district heating - or district cooling networks.
Publication number: WO2014187585A1 | Search similar patents