In the area of solar energy applications, modern energy-saving technologies have been brought to a new level by the beijing institute of applied technology, a scientific and technological enterprise specialized in the production and sale of new energy, environmental protection, energy-saving technologies and related products. In a spirit of entrepreneurship, founding and brilliant scientific research, the beijing institute of applied technology has continued to follow the path of technological, diversified and conglomerate industrial development, using science and technology to lead the way to the future in order to create a professional miracle that has always focused on the theme of the times, focusing on the development and exploration of high-technology content, high-value applications and energy conservation. Over the years, the beijing institute of applied technology has shown unique results in solar energy development applications, solar heating processes, superconductive heat materials, and heat efficiency improvements, with boldness and abdication. Solar superconductive heating technology, new optical heat materials, superconductive heat transfer technology, etc. Are of good quality and have developed a complete product system. The construction of a solar power system by csu has achieved comparable results in the use of other solar energy, a product that breeds huge markets and will achieve development prospects for green, low-carbon, environmentally friendly and wealth-sharing! Csu has built a solar power system, created a core technology for science and technology, solar photothermal + photovoltaic technology, photothermal applications of purple crystal + special form technology, photoelectric applications of high-energy crystal silicon panels and smart solar household control systems, which directly meet home-based heat and electricity needs. The csu solar power system is equipped with smart control to receive conversion distribution cabinets with automatic reception, automatic storage, automatic grid access, automatic off-grid and pv, municipal power complementarities, as well as technologies such as leak protection, overload protection, overheat protection, high pressure protection, low pressure protection and ultrapressure protection. The aim was to operate safely, support electricity, reduce electricity costs and be green. Csu has built a solar power system with the same solar energy receivers, i. E., photothermal conversion units and storage units for traditional solar energy, as well as photovoltaic and electrical storage units not available for traditional solar energy, which have the result of receiving and storing heat, integrated electricity and provide the primary condition for the use of heat while also using electricity。