Multifunctional outdoor portable power generator

Abstract

The invention provides a multifunctional outdoor portable power generator which comprises an energy selection module which connected with a thermoelectric generation module, a solar generating module and a voltage stabilization output module. The hot end of the thermoelectric generation module is connected with a heat absorption module, and the cold end of the thermoelectric generation module is connected with a heat radiation module. The energy selection module selects to control simultaneous power generating through the thermoelectric generation and the solar generating module or independent power generating through the thermoelectric generation and the solar generating module. The energy selection module outputs electric energy obtained by the thermoelectric generation module and the solar generating module through the voltage stabilization output module, and the voltage stabilization output module is further connected with an energy storage module. The multifunctional outdoor portable power generator selects and combines different energy to adapt outdoor weather conditions, is convenient and stable in function. The combination of all modules realizes charging, clothes drying and cooking functions. The multifunctional outdoor portable power generator satisfies a plurality of outdoor necessary needs.

Description

technical field [0001] The invention relates to a power generation device, in particular to a power generation device for solar power generation and thermal energy temperature difference power generation. Background technique [0002] Outdoor sports have gradually become an important form of vacation for many urban people. In this case, people often need to live in the wild for several days or even longer. At the same time, in today's society where electronic products are prevalent, people usually carry some electronic devices including mobile phones, GPS, walkie-talkies, etc. for the consideration of factors such as convenience and safety. However, these power-consuming devices usually consume electricity quickly (for example, smart phones now need to be charged almost every day), and have high requirements for real-time charging. However, due to the limited environmental conditions in the field, these devices cannot be charged in time. Although carrying extra spare batter...

AI Technical Summary

Problems solved by technology

However, these power-consuming devices usually consume electricity quickly (for example, today’s smartphones need to be charged almost every day), and they have high requirements for real-time charging. However, due to the limited environmental conditions in the field, it is impossible to charge these devices in time

Although carrying extra spare batteries or mobile power can prolong the use time, but the life and capacity of spare batteries are limited after all, and it increases the load in the field

Most of the existing field emergency power generation equipment adopts the design of solar power generation. Due to the constraints of climatic conditions, the charging lacks real-time performance.

Images