Founded on December 30, 2014, Sichuan CYG Consulting and Engineering Co., Ltd. (hereinafter referred to as “CYG Consulting and Engineering") is a wholly-owned subsidiary of CYG ET. With system planning, project consultation, and engineering feasibility study as its high-end business, CYG Consulting and Engineering aims at maximizing revenue for customers. Based on Changyuan Technology Group's understanding of primary and secondary power equipment, CYG Consulting and Engineering tries to be a leading provider of modular and in-situ substation solutions. Relying on Changyuan Technology Group's first-class market platform, CYG Consulting and Engineering strives to build a world-class design and EPC team to provide partners with life-cycle solutions.
-
Address
No.1, 1/F, Building 13, No.87 Moxiang Road, Jinjiang District, Chengdu
-
Contact information
-
-
Email for recruitment
-
-
Business fax
-
Sichuan CYG Consulting and Engineering Co., Ltd.
In the face of the fierce competition in the power industry, CYG Consulting and Engineering maintains its core competitiveness and shows its unique business advantages:
1) Consulting services for the whole life cycle of power engineering. It provides major new energy customers, power distribution companies and overseas owners with business development strategies, investment decision-making research, power market research, power engineering project management, and power technology consulting services;
2) Modular smart station solutions. With the concept of "standardized design, prefabrication in factories, modular distribution and construction", it has established strategic cooperation with primary power equipment enterprises such as Xikai and Taikai, and has provided power grid companies, major new energy customers and overseas customers with one-stop substation solutions;
3) 3D design based on BIM technology. It integrates BIM life-cycle management concept into the decision-making, design, construction, operation and maintenance of power projects. The combination of BIM technology and geographic information system (GIS) assists the site and line selection for power transmission and transformation projects. By modeling the spatial data of substations and transmission lines, it can solve problems of errors, omissions and deficiencies in design drawings.
4) Dynamic modeling for optimal planning of microgrids. It provides microgrid solutions for incremental distribution networks and areas without power supply. It uses advanced algorithms to optimize the capacity allocation of complementary hybrid power supply systems such as those integrating wind energy, PV energy, hydroenergy and energy storage, so as to maximize comprehensive benefits.