CN213392493U - Direct heating and refrigerating wind power generation device - Google Patents

Abstract

The utility model belongs to the wind power generation heating equipment of electric power trade, in particular to direct heating refrigeration formula wind power generation set. A motor seat support is fixedly arranged on a concrete foundation in a machine room frame, a generator is fixedly arranged on the motor seat, an input shaft at the upper end of the generator is connected with a wind energy converter shaft through a coupling, a wind energy converter is arranged on the periphery of the wind energy converter shaft, a generator output shaft at the lower end of the generator is connected with a driving accelerating gear shaft of an accelerator, a driven accelerating gear shaft in meshing transmission with the driving accelerating gear is an accelerator output shaft, the accelerator output shaft is connected with the input end of a heat source pump or a compressor through a coupling II, and the output end of the heat source pump or the compressor is connected with an output pipeline for heating or refrigerating a user. The device collects wind energy through the wind energy converter to supply the generator to generate electricity, and the electricity generated by the generator is directly supplied to the heat source pump or the compressor through the accelerator to perform heating and cooling. The consumption of the intermediate link of energy is reduced.

Description

Direct heating and refrigerating wind power generation device

Technical Field

The utility model belongs to the wind power generation heating equipment of electric power trade, in particular to direct heating refrigeration formula wind power generation set.

Background

At present, domestic wind power generation is increasingly developed, the wind power generation is generally merged into a power grid and then converted into electric energy with various requirements, a certain amount of loss is generated in the conversion process, the utilization rate of energy is reduced, the investment of equipment is required to be converted, and the energy and the fund are wasted.

Disclosure of Invention

An object of the utility model is to overcome above-mentioned technical insufficiency, provide a simple structure, small investment, the energy can be saved's direct heating refrigeration formula wind power generation set.

The utility model provides a technical scheme that technical problem adopted is: the direct heating and refrigerating wind power generation device comprises a concrete foundation, a machine room frame, a motor seat support, a motor seat, a generator and a conveying pipeline, and is characterized in that the motor seat support is fixedly arranged on the concrete foundation in the machine room frame, the motor seat is fixed at the center above the motor seat support, the generator is fixedly arranged on the motor seat, an input shaft at the upper end of the generator is connected with a wind energy converter shaft through a coupling, the wind energy converter is arranged on the periphery of the wind energy converter shaft, a generator output shaft at the lower end of the generator is connected with a driving speed-up gear shaft of an accelerator, a driven speed-up gear shaft in meshing transmission with the driving speed-up gear is an accelerator output shaft, the accelerator output shaft is connected with the input end of a heat source pump or a compressor through a coupling II, and the output end of.

The utility model has the advantages that: the direct heating and refrigerating wind energy generating device collects wind energy through the wind energy converter to supply the wind energy to the generator for generating electricity, and the electricity generated by the generator is directly supplied to the heat source pump or the compressor through the accelerator for heating and refrigerating. The consumption of the intermediate link of energy is reduced. The device is clean and environment-friendly, and is particularly suitable for northeast, northwest, north China and other areas.

Drawings

The following description is made in detail by way of example with reference to the accompanying drawings.

Fig. 1 is a structural diagram of a direct heating and cooling wind power generation apparatus.

In the figure, 1-concrete foundation; 2-a machine room frame; 2-1-a machine room enclosure wall; 3-motor base support; 3-1-generator output shaft hole; 4-a motor base; 5-a generator; 5-1-generator output shaft; 6-a wind energy converter shaft; 7-a wind energy converter; 8, a first coupler; 9-accelerating the machine; 9-1-accelerator output shaft; 10-a second coupler; 11-heat source pump or compressor; 12-output line.

Detailed Description

In the embodiment, referring to fig. 1, a quadrangular machine room frame 2 is fixed on a concrete foundation 1, the top end of the machine room frame 2 is capped, and a machine room enclosure 2-1 is arranged below the vertical middle part of the machine room frame 2 and above the concrete foundation 1. A motor base support 3 is fixedly arranged on a concrete foundation 1 in a machine room enclosing wall 2-1, a motor base 4 is fixed at the center above the motor base support 3, a generator output shaft hole 3-1 is arranged at the center of the motor base support 3 below the motor base 4, and a generator 5 is fixed above the motor base 4. An input shaft at the upper end of the generator 5 is connected with a wind energy converter shaft 6 through a coupling I8, and a wind energy converter 7 is arranged on the periphery of the wind energy converter shaft 6. The output shaft 5-1 of the generator at the lower end of the generator 5 is connected with a driving accelerating gear shaft of the accelerating machine 9, a driven accelerating gear shaft in meshing transmission with the driving accelerating gear is the output shaft 9-1 of the accelerating machine, the output shaft 9-1 of the accelerating machine is connected with the input end of a heat source pump or compressor 11 through a second coupling 10, and the output end of the heat source pump or compressor 11 is connected with an output pipeline 12 for heating or refrigerating a user.

The utility model discloses a theory of operation is: the direct heating and cooling type wind energy generating device collects wind energy through a wind energy converter 7, automatically switches the wind energy to a generator 5, and after the generator 5 generates electricity, the electricity is increased to a rated rotating speed through a speed increaser 9 and is supplied to a heat source pump or a compressor 11 for heating or cooling a user. The purposes of heating in winter, refrigerating in summer and generating electricity in spring and autumn can be achieved.

Claims (1)

1. A direct heating and refrigerating type wind power generation device comprises a concrete foundation (1), a machine room frame (2), a motor base support (3), a motor base (4), a generator (5) and an output pipeline (12), and is characterized in that the motor base support (3) is fixedly arranged on the concrete foundation (1) in the machine room frame (2), the motor base (4) is fixed at the center above the motor base support (3), the generator (5) is fixedly arranged on the motor base (4), an input shaft at the upper end of the generator (5) is connected with a wind energy converter shaft (6) through a first coupling (8), a wind energy converter (7) is arranged on the periphery of the wind energy converter shaft (6), a generator output shaft (5-1) at the lower end of the generator (5) is connected with a driving speed-increasing gear shaft of an accelerator (9), and a driven speed-increasing gear shaft meshed with the driving speed-increasing gear is the accelerator output shaft (9-1), an output shaft (9-1) of the accelerator is connected with an input end of a heat source pump or a compressor (11) through a second coupling (10), and an output end of the heat source pump or the compressor (11) is connected with an output pipeline (12) to supply heat or refrigeration for users.

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