Abstract
Tibet is located in the high cold and high altitude, the ecological environment is fragile, and the clean utilization of energy has attracted much attention. On the basis of clean energy and reliable power supply, winter heating in Tibet is an urgent livelihood problem to be solved. Based on the current situation of solar heating in Tibet, a distributed solar flat heating scheme with auxiliary energy is proposed, and the heating dispatching mode is analyzed. The research results not only provide a solution for energy efficient and clean heating in Tibet, but also have a certain reference value for the construction of clean energy base in Tibet.
Highlights
At present, in addition to cogeneration central heating in cities and towns in Tibet, there are still a large number of small boiler rooms for heating
Tibet is an area of solar energy resources, and solar heating has been preliminarily popularized and applied [2]
The analysis shows that using multi energy complementary heating mode to form the heating source in Tibet will effectively improve the comfortable quality of life of green public buildings and residential buildings
Summary
In addition to cogeneration central heating in cities and towns in Tibet, there are still a large number of small boiler rooms for heating. Low energy efficiency and destruction of ecological environment [1]. Due to the fragile ecological environment in Tibet, the clean utilization of energy has attracted much attention. As a recognized clean energy, solar energy has gradually become the focus of human development and utilization because of its clean, sustainable, rich source and inexhaustible advantages. Strengthening the application and demonstration of solar heat utilization technology is of far-reaching significance to Tibet in China. In case of seasonal changes or long-term cloudy and rainy weather, the operation of the heating system is unstable, which limits the development process of solar heat utilization [3]. If solar energy is integrated and coupled with conventional heating technology, develop solar distributed heating system with auxiliary energy, optimize efficient heating equipment, and protect the ecological environment while ensuring heating quality. The analysis shows that using multi energy complementary heating mode to form the heating source in Tibet will effectively improve the comfortable quality of life of green public buildings and residential buildings
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