What are the advantages of distributed energy?

The so-called "distributed energy" refers to the energy comprehensive utilization system distributed at the user end. Primary energy is mainly gas fuel, supplemented by renewable energy, and all available resources are utilized; Secondary energy is mainly based on heat, electricity, cold (value) cogeneration distributed at the user end, supplemented by other central energy supply systems, so as to realize the cascade utilization of energy that directly meets various needs of users, and provide support and supplement through the central energy supply system; In terms of environmental protection, part of the pollution is dispersed and recycled to achieve the purpose of moderate discharge; The transportation and utilization of energy are arranged in stages, which reduces the loss of long-distance transportation of energy and effectively improves the safety and flexibility of energy utilization.

Energy advantage

Distributed energy has the characteristics of reasonable utilization of energy efficiency, small loss, less pollution, flexible operation and good system economy. The main problems in development are grid connection, power supply quality, capacity reserve and fuel supply. Distributed energy system distributes energy cascade utilization, comprehensive utilization of resources and renewable energy facilities on the demand side. According to the different needs of users on the demand site, energy is supplied at a suitable temperature to minimize the loss in transportation and maximize the energy utilization efficiency.

Examples of distributed energy Natural gas distributed energy is a system that determines the mode and capacity based on the maximization of resources and environmental benefits, and determines the scale according to the optimization of terminal energy utilization efficiency. Distributed energy uses advanced energy conversion technology to reduce pollutant emissions as much as possible, disperse emissions, and facilitate the absorption of surrounding vegetation. At the same time, distributed energy can take advantage of its small emissions and low emission density, and can reuse the main emissions as resources, for example, fertilizing the emissions. Distributed energy relies on the most advanced information technology and adopts intelligent monitoring, networked group control and remote control technology to realize unattended operation on site. At the same time, it also depends on the socialized energy service system with energy service companies as the main body in the future to realize the specialization of operation management and ensure the safe and reliable operation of various energy systems.