阅读说明：本技术 一种太阳能与电能结合的新型热水供应系统 (Novel solar energy and electric energy combined hot water supply system ) 是由 韩文童 张嘉洋 徐月梅 于 2019-10-08 设计创作，主要内容包括：本创造发明涉及一种太阳能与电能结合的新型热水供应系统,包括太阳能电池板、导线、自动控制器、漏电开关、变压器、储水式低压电热水器,通过太阳能电池板收集电能,将电能转化为热能给水加热,将热水储存起来供用户使用,当太阳能不足时,采用经转化后的安全电压的电能,辅助加热供用户使用,给人们提供节能、方便安装、安全可靠的优点的热水供应系统。(The invention relates to a novel solar energy and electric energy combined hot water supply system, which comprises a solar cell panel, a wire, an automatic controller, an electric leakage switch, a transformer and a water storage type low-voltage electric water heater, wherein electric energy is collected by the solar cell panel, the electric energy is converted into heat energy to heat water, and the water is stored for users.)

1. A solar energy and electric energy combined novel hot water supply system comprises a circuit working principle, a concrete product comprises a solar cell panel, a wire, an automatic controller, a leakage switch, a transformer and a safe low-voltage water storage type electric water heater, and is characterized in that: the solar cell panel replaces a vacuum tube solar water heater, the solar cell panel can be installed in a grouping combination mode, the lead replaces a sealing and heat-insulating water pipe, 1 safety transformer is added, the safe low-voltage water storage type electric water heater replaces a traditional 220V water storage type electric heating water heater, and the scheme has the advantages of convenience in installation, light weight, low price, safety and the like.

2. The connection relationship of the circuit principle of the novel solar and electric energy combined hot water supply system according to claim 1 is as follows: the output terminal + of the solar panel TYNDC board is connected with the input end 1 of the automatic controller ZDKZQ through a lead, the output terminal-of the solar panel TYNDC board is connected with the input end 2 of the automatic controller ZDKZQ through a lead, the zero line N of the external power supply is connected with one primary end of a power transformer T1 through a leakage switch SL1, the live line L of the external power supply is connected with the other primary end of the power transformer T1 through a leakage switch SL1, the secondary of the transformer T1 is connected with the No. 3 terminal of the automatic controller ZDKZQ, the No. 4 terminal is connected, and the No. 5 terminal of automatic control ZDKZQ is connected with the one end of safe low pressure water storage formula electric water heater's electric heating wire DJRQ through the wire, and the No. 6 terminal of automatic control ZDKZQ is connected with the other end of safe low pressure water storage formula electric water heater's electric heating wire DJRQ through the wire, and the ground wire of safe low pressure water storage formula electric water heater's electric heating wire DJRQ is connected with external power source ground wire G.

Technical Field

The invention relates to the field of solar hot water supply, in particular to a novel solar and electric energy combined hot water supply system.

Background

At present, the traditional hot water supply system combining solar energy and electric energy adopts a heavy and expensive vacuum tube solar water heater connected with a water storage type electric heating water heater through 2 sealing and heat-insulating water tubes, the vacuum tube solar water heater is mostly installed at the top of a house, the water storage type electric heating water heater is installed indoors, which causes more consumption of sealing and heat-insulating water tube materials, the vacuum tube solar water heater has the defects of heavier weight, partial roof installation incapability, inconvenience in installation, higher material cost and more holes on the wall, the water storage type electric heating water heater adopts an alternating current 220V power supply, and the user has the defects of danger of electric shock and insecurity when in use, the invention can solve the above defects of the traditional hot water supply system combining solar energy and electric energy, the novel solar and electric combined hot water supply system is energy-saving, safe, convenient to install and cost-saving.

Disclosure of Invention

The invention aims to provide a novel solar energy and electric energy combined hot water supply system which has the advantages of simplicity and convenience in installation, energy conservation, safety, reliability, low cost and no limitation of installation environment.

The invention adopts the following technical scheme for realizing the purpose: a solar energy and electric energy combined novel hot water supply system comprises a circuit working principle, a concrete product comprises a solar cell panel, a wire, an automatic controller, a leakage switch, a transformer and a safe low-voltage water storage type electric water heater, and is characterized in that: the solar cell panel replaces a vacuum tube solar water heater, the solar cell panel can be installed in a grouping combination mode, the lead replaces a sealing and heat-insulating water pipe, 1 safety transformer is added, the safe low-voltage water storage type electric water heater replaces a traditional 220V water storage type electric heating water heater, and the scheme has the advantages of convenience in installation, light weight, low price, safety and the like.

The connection relationship of the circuit principle of the novel solar energy and electric energy combined hot water supply system is as follows: the output terminal + of the solar panel TYNDC board is connected with the input end 1 of the automatic controller ZDKZQ through a lead, the output terminal-of the solar panel TYNDC board is connected with the input end 2 of the automatic controller ZDKZQ through a lead, the zero line N of the external power supply is connected with one primary end of a power transformer T1 through a leakage switch SL1, the live line L of the external power supply is connected with the other primary end of the power transformer T1 through a leakage switch SL1, the secondary of the transformer T1 is connected with the No. 3 terminal of the automatic controller ZDKZQ, the No. 4 terminal is connected, and the No. 5 terminal of automatic control ZDKZQ is connected with the one end of safe low pressure water storage formula electric water heater's electric heating wire DJRQ through the wire, and the No. 6 terminal of automatic control ZDKZQ is connected with the other end of safe low pressure water storage formula electric water heater's electric heating wire DJRQ through the wire, and the ground wire of safe low pressure water storage formula electric water heater's electric heating wire DJRQ is connected with external power source ground wire G.

The invention has the beneficial effects that: the utility model provides a novel hot water supply system that solar energy and electric energy combine collects the electric energy through solar cell panel, turns into the heat energy with the electric energy and gives the water heating, stores up hot water and supplies the user to use, when solar energy is not enough, adopts the electric energy of the safe voltage after the conversion, and the auxiliary heating supplies the user to use, gives people and provides energy-conservation, easy to assemble, safe and reliable, low-cost novel hot water supply system that solar energy and electric energy combine.

Description of the drawings:

fig. 1 is an electrical schematic diagram of a novel solar and electric energy combined hot water supply system.

Detailed Description

As shown in fig. 1, the circuit connection relationship is: the output terminal + of the solar panel TYNDC board is connected with the input end 1 of the automatic controller ZDKZQ through a lead, the output terminal-of the solar panel TYNDC board is connected with the input end 2 of the automatic controller ZDKZQ through a lead, the zero line N of the external power supply is connected with one primary end of a power transformer T1 through a leakage switch SL1, the live line L of the external power supply is connected with the other primary end of the power transformer T1 through a leakage switch SL1, the secondary of the transformer T1 is connected with the No. 3 terminal of the automatic controller ZDKZQ, the No. 4 terminal is connected, and the No. 5 terminal of automatic control ZDKZQ is connected with the one end of safe low pressure water storage formula electric water heater's electric heating wire DJRQ through the wire, and the No. 6 terminal of automatic control ZDKZQ is connected with the other end of safe low pressure water storage formula electric water heater's electric heating wire DJRQ through the wire, and the ground wire of safe low pressure water storage formula electric water heater's electric heating wire DJRQ is connected with external power source ground wire.