Energy Component Testing Solutions
Intelligent Testing Solution for New Energy Core Components
Focus on energy component testing, cover core detection needs in multiple scenarios, and ensure product compliance and reliability with high-precision and automated technologies to help enterprises improve quality and efficiency.
Energy Component Precision Testing
One-stop testing solution covering PV, wind, energy storage and more. Ensure stability and safety of core components with micron-level measurement technology.
Multi-condition simulated reliability verification
Simulate extreme conditions to verify stability and reduce risks.
Integrated testing for energy storage and lithium components
One-stop testing to streamline processes and boost efficiency.
Traceable data, compliant with energy industry standards
Standard-compliant and fully traceable data for certification.
Success Stories
Measurement Solution Case Study
Focusing on measurement scenarios, we present solutions and application values through practical cases.
Precision Testing Case for Energy Components
Accurate Inspection · Quality & Efficiency Improvement
Prominent Pain Points in Precision Testing
A leading new energy enterprise focuses on photovoltaic, energy storage and wind power components. With expanded exports, traditional testing leads to insufficient precision testing: no professional precision equipment, difficulty capturing subtle indicators, low data accuracy and non-traceability, unable to adapt to mass production. The enterprise cooperated with a service provider to customize solutions based on precision testing equipment.
Precision Equipment Builds Testing System
With precision testing equipment as the core, configure high-precision environmental simulation, IV curve testing and other equipment to achieve full-dimensional precision testing; adopt automatic testing + manual verification mode, build a digital platform, meet international standards and give play to equipment value.
Precision Testing Improves Quality and Efficiency
The solution has achieved remarkable results: the defect detection rate reaches 99.2%, passes international certification, and overseas orders increase by 40%; testing time is shortened by 60%, delivery cycle by 30%; accurate data supports R&D, and core performance is improved by 15%.
Precision Testing for Energy Components
Quality, Efficiency & Global Compliance
Prominent Testing Pain Points
A leading photovoltaic enterprise focuses on the R&D and production of N-type TOPCon double-glass modules. Its products need to meet multiple domestic and international certification standards. The traditional discrete testing mode has obvious shortcomings: incomplete test coverage, low manual testing efficiency, and fragmented data, which cannot meet the mass production needs and the goal of improving international competitiveness.
Customized Full-Process Testing System
In response to the above pain points, a three-in-one testing system of "R&D verification - mass production testing - operation and maintenance evaluation" is customized: in the R&D stage, the module performance is accurately tested to avoid design defects; in the mass production stage, automated equipment and visual models are introduced to improve testing efficiency and accuracy and meet grid-connection standards; in the operation and maintenance stage, a data management platform is built to realize data traceability and performance prediction.
Cost Reduction, Efficiency and Quality Improvement
After the implementation of the solution, the results are remarkable: it has successfully passed multiple domestic and international certifications, helping products go global; the mass production testing efficiency has doubled, the defect identification rate has reached more than 99.9%, and the testing cost has been reduced by 30%; the module conversion efficiency has been improved, and the accumulated test data provides support for product iteration, providing a replicable example for the industry.