The company's personnel master the technology, quality assurance, production management, installation, service and other technologies and management systems of the hydraulic turbine generator units provided by the original KV (Kwana) company to China. They integrate the channels and relationships of Hangzhou Power Equipment Plant, GE Asia Hydropower, as well as technical cooperation with internationally renowned companies and the import of key components, and have professional manufacturing capabilities for hydroelectric equipment. We have designed and manufactured nearly a thousand water turbine generator units and components for small and medium-sized hydropower stations both domestically and internationally, and have accumulated rich experience in the design and manufacturing of axial flow, mixed flow, and impulse units.

The company currently has a technical department, process department, quality inspection department, etc. There are more than 20 technicians at medium and senior levels, who can complete the design of 30-40 sets of water turbine generator units of various models annually by using Computer-aided design, drawing and management. The company has signed a long-term cooperative relationship with Zhejiang University and Hohai University to carry out technology research and development, hydraulic design, and joint research on the performance simulation (CFD) technology of turbine runner blades.

The specific design process of the unit mainly includes: according to technical documents such as the contract, following the company's design and development process, referring to the stable operation of the unit, further designing the overall plan, refining the plan, determining the unit selection parameters and electromagnetic parameters through a special program, and then using a series of specialized software such as VB programs and finite element design software to accurately calculate the stress and stiffness strength of each component, The fatigue characteristics of important components are analyzed in detail. According to the calculation results, the structure is optimized and the overall scheme is determined. Then, the structural design of each component is carried out. In the structural design, the important components are UG 3D designed to achieve parallel structural design, as well as motion interference, finite element analysis, etc., and engineering drawings are formed.