Technical due diligence is a detailed investigation of the technical feasibility and technical risks of the target company during the merger and acquisition process to provide support for merger and acquisition decisions.

Technical due diligence focuses on the degree of technology industrialization and market capacity, technology maturity and leadership, patent ownership, patent stability, and related contractual agreements. The investigation methods include field investigation (data collection and interview) of the target company, investigation of upstream and downstream enterprises in the industrial chain where the target companys technical products are located, open literature research, investigation of technical services to technical experts, and investigation of professional technical research institutions in the industry. Technical Services investigate to the third-party professional consulting agency technical Services investigate to the government supervision department technical Services, outsourcing part of the investigation business to external professional institutions, etc.

Including 240 or quality assurance acceptance stage to carry out testing of wind turbine and large components, to determine the quality status of key components of the unit, to help the owner and equipment manufacturers handover, or the owners project construction period to production period handover problems.

Service Content

-240 operation acceptance

-Quality assurance acceptance

-Gearbox endoscope

-Foundation settlement monitoring

-Lightning detection

-Blade internal and external inspection

-Generator insulation test

-Tower verticality

-Spindle NDT

-Non-destructive testing of hub

-NDT of tower

-Bolt preload detection

-Oil detection

-Control and safety function check

-Yaw pitch gear wear detection

-Transmission chain vibration detection

-SCADA power curve analysis

-Generator DC resistance detection

-Transmission chain centering detection

-Foundation stress wave detection

-General inspection

Based on the measured wind speed data of the wind farm, the wind speed and wind direction distribution law and other wind resource characteristics of the wind farm are analyzed, and the wind speed data of each position point is obtained, which provides a reference basis for the selection of wind turbines, the determination of the layout of wind turbines, the calculation of electricity, and the evaluation of specific sites.

Business covers wind power, photovoltaic, road transportation, rail transportation products and other fields. In the role of a third party, carry out the investigation of equipment failures and accidents, through professional and systematic investigation and analysis, find out the causes and nature of failures and accidents, and put forward prevention and improvement suggestions for customers, so as to minimize the risks and losses of customers. Accident investigation business includes (but is not limited to): wind turbine tower collapse, engine room fire, gear box, blade, main bearing, pitch bearing, bolt, tower and other components failure and failure, and photovoltaic power station and other accidents. Help the owner or equipment manufacturer to avoid risks and improve the operation and maintenance level of the wind farm site. Provide technical basis for insurance companies and legal arbitration. The contents of the investigation generally include: on-site investigation, technical data review, operation data analysis, detection test, necessary independent calculation and analysis.