SOLAR PANEL HEATING SYSTEM WITHOUT INVERTER

Abstract

The renewable DC electricity produced by the solar panels (1) from the sun's rays is passed through the conductive cable (2), the overcurrent fuse (3) and the heat control thermostat (4) and connected in series to the resistor (5). In this way, a safe and controlled heat energy is obtained from solar energy.

Description

1 TARIFF SOLAR PANEL HEATING SYSTEM WITHOUT INVERTER Technological Field The invention converts DC electricity produced by solar panels into DC electricity using resistors without the need for an inverter. It converts renewable solar energy into usable thermal energy. 5 State of the art The DC electricity produced by the solar panel is passed through a conductive cable to a surge protector and a thermal protection circuit breaker. We pass it through the thermostat and connect it in series with the heating element. In this way, the energy obtained from the sun... We obtain safe and controlled thermal energy using clean and cost-effective electrical energy. Solar panels: 10 A solar panel, in its simplest and most understandable form, absorbs energy from the sun. It is a system that converts light rays into DC electrical energy using semiconductor silicon cells. Conductive cable: A device consisting of one or more wires used to transmit electrical energy. It is an insulated or uninsulated wire or bundle of wires. 15 Surge protection fuse: Surge protectors are used in alternating current and direct current circuits to protect the devices and these circuits. By protecting the conductors specific to the devices from overcurrents, they prevent circuits and the device from damage. It is the protective on / off switch. Thermostat: 20 A thermostat senses the temperature of a physical system and sets the system temperature to the desired level. It is a control device that works to keep the temperature close to its desired level. The thermostat turns off when the temperature rises. It switches off the transmitted electrical current and prevents the temperature from exceeding the desired heat. provides control Resistance: 25 A resistor is a general name given to resistance wires that convert electrical energy into heat energy. A resistor is a product that exhibits high resistance to very high temperatures. A resistor is used with AC electricity. It can operate with current and also with DC electrical current. 2 The purpose of the invention To meet people's heating needs, solid fuels, liquid fuels, gas, or High-cost energy sources are used by consuming electricity. With the system of this invention... Instead of high energy costs, renewable, natural, environmentally friendly solar energy is an option. Its energy is first converted into electricity and then into heat, thus providing heat free of charge. This is established in 5 The heat produced by the system meets people's heating and warming needs free of charge. Our goal is to offer an economical and environmentally friendly lifestyle that does not harm nature. Shapes This invention will be further illustrated only by way of illustration, as shown in the attached drawings. It is explained in detail. In these drawings: 10 Figure 1 Electrical diagram of a heating system without an inverter using solar panels. The diagrams that will help to understand this invention are shown in the attached images. They are numbered and their names are given below. References: 1. Solar panel 15 2. Conductive cables 3. Overcurrent fuse 4. Thermostat 5. Resistance Description of the invention: 20 A solar panel (1) that converts the energy it receives from sunlight into electrical energy will see the sun. It is positioned in this way. The electricity produced in the solar panel is transmitted through conductive cables (2), passed through the current protection fuse (3) and then through the heat control thermostat (4) The electricity is delivered to the resistor (5). Since the resistor (5) resists the incoming electricity, it heats up and the system Thanks to this, solar energy is converted into electricity, and electrical energy is converted into heat energy. 25 DC electricity is produced in solar power panels (1). Inverter devices convert DC electricity It converts to AC electricity. Since resistors (5) produce heat with both AC and DC electricity. An inverter device was not used. Since an inverter device was not used in the system, both electricity... This eliminates both losses and the cost of an expensive inverter. (Current) The protective fuse (3) protects the system from high currents that may occur while the system is running. Heat 30 3 The thermostat (4) reads the heat in the heated area with the help of its sensor and when the desired heat is exceeded It cuts off the electrical current at certain times, allowing the system to operate at the desired temperature setting. The system Thanks to this system, safe and controlled heat is obtained from solar energy. How the invention is applied in industry: This invention converts electrical energy generated from the sun into heat energy without using an inverter, thus saving 5 It provides cost-free heating and warming. It also supplies the fluids needed for homes, workplaces, and production facilities. It is a system developed for the cost-free heating of solids and gases. For example, in homes. used in hot water supply, heating of central heating systems, swimming pools for heating, for the need to heat hot oil in production, and for the heating of drying machines. It can be applied in many areas, such as air requirements. 10

Claims

4 REQUESTS 1) The invention is a system for converting solar electrical energy into thermal energy; its characteristic feature is: - solar power panel (1), conductive cable (2), surge protection fuse (3), thermostat (4) and resistance (5) - solar power panel (1), surge protection fuse (3), thermostat (4) and resistor (5) 5 They are connected to each other by a series of conductive cables (2). 2) According to Claim 1, the Invention is a system for converting solar electrical energy into thermal energy. and its characteristic is; - conductive cable (2) for carrying the electricity produced from the solar panel (1), system to protect against high currents that may occur, current protection fuse (3), 10 of the heat produced thermostat (4) for control, resistor (5) which converts electrical energy into heat energy It is the fact that.

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