Clean energy system used for wooden house

Abstract

The invention discloses a clean energy system used for a wooden house. The clean energy system comprises a fuel cell combined heat and power system and an energy management and control computer system, wherein the fuel cell combined heat and power system utilizes gas fuel to generate electricity and supply heat; and the energy management and control computer system carries out control and management on the fuel cell combined heat and power system as well as electric appliances and hot water equipment in the wooden house in routine operation and emergency state, and adjust the output power of the fuel cell combined heat and power system according to the actual use loads of the electric appliances and hot water equipment in the wooden house, so that electricity generation and electricity consumption achieve or approximate to dynamic balance, thus high-efficiency, energy-saving, environment-friendly and low-carbon clean energy supply is realized.

Description

technical field [0001] The invention relates to a clean energy system applied to a wooden house, in particular to using a solid oxide fuel cell combined heat and power system to provide a wooden house with electricity and hot water supply meeting clean energy requirements. Background technique [0002] As we all know, the definition of clean energy can be summed up in eight words: "environmental protection, energy saving, low carbon, high efficiency". For wooden houses, the clean energy system not only refers to the energy supplier, but also includes the energy user. And the operation mode of equipment must meet the definition requirements of clean energy. [0003] Let’s start with the energy supplier. The construction form of the wooden house is factory prefabrication, flexible assembly on site, and strong mobility. In addition, the requirements for the construction area are low. Forests, deserts, mountains, seashores and urban suburbs are all places where wooden houses can...

AI Technical Summary

Problems solved by technology

But there are still the following defects: First, there are special requirements for the installation site, such as wind power generation requires wind resources, and photovoltaic power generation requires light conditions, which are not available in any tourist attraction; second, both wind power generation and photovoltaic power generation are intermittent. Third, if continuous power supply is to be achieved, the capacity of wind power or photovoltaic generator sets and energy storage battery devices must be increased, which greatly increases the cost of equipment

The above home appliances are all available in the market, and currently only the home appliances that meet the national energy-saving energy efficiency label can be selected

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