Distributed Energy System Application

Natural gas is one of the most important energy sources nowadays, and fossil fuels are becoming increasingly precious due to the continuous growth of energy demand. It is not only an ecological and environmental challenge, but also an economic challenge. The continuous rise in natural gas price requires us to maximize energy efficiency in the production of electricity, heat, and refrigeration. Distributed Energy System (DES) is a comprehensive energy supply system that uses CCHP (Combined Cold, Heat and Power) technology in a limited space to distribute the power generation system in a small-scale, small capacity modular, and decentralized manner near users through pipeline networks and cables. It can independently output electricity, heat and cold energy. Liyu regards itself as a comprehensive partner of customers, rather than just providing high-efficient and costeffective systems and gas generator set. We also provide professional consulting services and customer service to develop comprehensive cogeneration solutions for customers. By utilizing distributed natural gas energy supply to expand the entire value chain, our expertise in natural gas provides customers with continuous benefits.

Advantages of Liyu Gas Generator Set in CCHP Application

According to the scope of supply, distributed energy systems can be divided into Domestic Combined Heat and Power (DCHP) and Building Combined Heat and Power (BCHP).

DCHP System

Mainly aimed at various industrial, commercial or technological parks and other large areas. Equipment generally adopts the gas generator sets with large capacity, and external network equipment for cold and heat power supply shall also be considered, often requiring to construct independent energy supply centers.

BCHP System

The cooling and heating power supply system is built for buildings with specific functions, such as office buildings, commercial buildings, hospitals, and certain comprehensive buildings. Generally, only the gas generator set with small capacity is required, and arranged inside the building without considering external energy network construction.