Hybrid energy remote intelligent control heating system

Abstract

The invention discloses a hybrid energy remote intelligent control heating system. The hybrid energy remote intelligent control heating system comprises an insulation water tank assembly, a controller assembly, a control terminal which is in wireless connection with the controller assembly, a solar heat collection panel assembly which is electrically connected with the controller assembly, a heating loop assembly, an air energy heat pump assembly and a fuel gas wall-hanging stove assembly. The insulation water tank assembly comprises a water tank inner container. A solar coil connected with the solar heat collection panel assembly, a heating coil connected with the heating loop assembly and an air energy coil connected with the air energy heat pump assembly are sequentially arranged inside the water tank inner container from top to bottom. In addition, the water tank inner container is further provided with a fuel gas wall-hanging stove coil connected with the fuel gas wall-hanging stove assembly. The solar heat collection panel assembly, the upper portion of the insulation water tank assembly and the lower portion of the insulation water tank assembly are respectively provided with a temperature sensor which is electrically connected with the controller assembly. According to the hybrid energy remote intelligent control heating system, solar energy, air energy heat pumps and fuel gas hybrid energy are complementary for use, so that the utilization rate of the energy is improved, wireless intelligent control is realized, and the system can be used more conveniently.

Description

technical field [0001] The invention relates to a heat supply and heating system, in particular to a hybrid energy remote intelligent control heating and heating system. Background technique [0002] Traditional water storage hot water devices are generally heated by a single heat source, such as: electric energy, gas, solar energy, air source, water source, geothermal source, etc. Due to the limitation of a single heat source, the following defects will occur: 1. When the device fails, the heating and heating will often be interrupted, and normal use requirements cannot be guaranteed; The limitation of capacity, the safety of gas use, the use of solar energy in rainy days, etc. will all have certain restrictions on the use of hot water devices; 3. It cannot meet the heating and heating requirements in many aspects. Places with hot water; 4. Heating with a single heat source does not meet the environmental protection and energy saving requirements advocated by the state; T...

AI Technical Summary

Problems solved by technology

Due to the limitation of a single heat source, the following defects will occur: 1. When the device fails, the heating and heating will often be interrupted, and normal use requirements cannot be guaranteed; The limitation of capacity, the safety of gas use, the use of solar energy in rainy days, etc. will all have certain restrictions on the use of hot water devices; 3. It cannot meet the heating and heating requirements in many aspects. Places with hot water; 4. Heating with a single heat source does not meet the environmental protection and energy saving requirements advocated by the state; Timing function, but it can't solve the requirement of heating the unit in advance and heating the house when the user is outside

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