Indoor intelligent geothermal heater

Abstract

The invention provides an indoor intelligent geothermal heater, comprising a water divider, an instant heating type electric heater, a circulating pump, intelligent temperature controllers, a water adding bucket, a water return pipe, a water supply pipe, a solar thermal collector, a solar energy intensity detector, a solar panel and a storage cell; the control ends of the circulating pump and the instant heating type electric heater are connected with the intelligent temperature controllers, the water adding bucket is disposed on the water return pipe and in front of the circulating pump; the intelligent temperature controllers are connected with the solar energy intensity detector, the other ends of the intelligent temperature controllers are connected with the solar thermal collector; the solar thermal collector is connected with the instant heating type electric heater; the power end of the instant heating type electric heater is connected with the storage cell, and the storage cell is connected with the solar panel. The indoor intelligent geothermal heater can detect if the external solar energy is sufficient or not automatically, and performs geothermal heating with the solar heating manner preferably, therefore the resource is saved, and the heating cost is reduced greatly.

Description

technical field [0001] The invention relates to a device in the field of solar energy devices, in particular to an indoor intelligent geothermal heater that can automatically detect whether the external solar energy is sufficient, and then preferentially use the solar energy heating method for geothermal heating, save resources, and greatly reduce heating costs. Background technique [0002] Geothermal heating has the characteristics of good thermal insulation effect, high thermal efficiency and energy saving, and has been widely promoted in the construction industry at present. The geothermal heating adopts the central heating method, and the water separator is used in the household part, and the pipeline connected to the water separator is connected with the geothermal coil arranged in the room for heating. The existing problem is that heating cannot be performed according to the user's needs, and when the indoor temperature is high due to weather factors, the user needs t...

AI Technical Summary

Problems solved by technology

The problem is that it cannot provide heating according to the user's needs. When the weather causes the indoor temperature to be high, the user needs to close several sets of pipelines.

The indoor geothermal heater cannot use solar energy to heat the geothermal heater, which has strong limitations and consumes a lot of energy

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