Frankfurt, 5th October— TSUN, a global leader in solar energy solutions, is thrilled to announce a groundbreaking achievement in the solar sector. TSUN’s microinverters, specifically the MS400 and MS800 models, have successfully passed the rigorous new EMC (Electromagnetic Compatibility) test in accordance with the standard EN 62920:2017, setting a remarkable industry milestone.
The testing was conducted at the VDE* laboratory located in Germany, known for its adherence to the highest German standards of quality and precision. The VDE Institute’s testing and certification endeavors are widely recognized internationally. Its testing laboratory is accredited according to DIN EN ISO/IEC 17025 and a recognized testing laboratory (CBTL) in the IECEE’s international certification system (CB system). The VDE Institute performs EMC and radio tests based on international directives, standards, and laws. This reinforces TSUN’s dedication to meeting and surpassing industry benchmarks.
Traditionally, electrical products undergo comprehensive testing to ensure they are safe, perform well, and do not affect other devices or create unauthorized disturbances to the grid system during operation.
TSUN’s microinverters have not only met but exceeded these stringent requirements. Following this first positive results TSUN decided to apply for the VDE EMC certification for its micro-inverters starting by the MS400 and the MS800. This certification consists in testing the products but also by certifying the factory during an initial visit followed by yearly controls of the manufacturing processes on the production site.
After having passed the initial assessment, TSUN will become one of the first microinverter producer in the world to get the EMC certification according to EN 62920 and will be allowed to use of the EMC VDE mark on those products.
MS400 and MS800 microinverters are also used in TSUN’s balcony solar systems. VDE CEO Ansgar Hinz declared: “Balcony power plants are very popular with consumers because they can actively participate in the energy transition by using them. We as VDE want to support this. For this reason, it is important to us that the new devices are safe for the user. Who if not we can guarantee this? The VDE has stood for protection and safety in electrical engineering for more than 130 years.”
The EMC test includes three critical assessments:
- Evaluation of the overall radiation function of the product.
- AC side conduction test.
- DC side conduction test.
The introduction of the DC side conduction test in the 62920 standard sets a higher benchmark for product performance and reliability. By achieving success in this test, TSUN has become the first brand in worldwide to meet this new standard, positioning itself at the forefront of EMC compliance.
The 62920 standard is expected to be fully adopted across the industry by 2024, making TSUN’s accomplishment all the more significant.
Why is EMC so important?
Electromagnetic Compatibility (EMC) is crucial for electronic devices and systems to work smoothly and reliably. In the world of solar energy, EMC compliance is vital to keep the power grid safe and stable. TSUN’s strong focus on EMC design guarantees that its microinverters deliver consistent and uninterrupted energy production, which in turn supports a sustainable and robust energy future.
