What Do Overseas Energy Storage Standards Really Mean for Domestic Enterprises?
As the energy storage industry embraces globalization, the impact of overseas standards on domestic enterprises has become increasingly prominent. The direct conclusion is that mastering and adapting to overseas energy storage standards is not only the threshold for exploring international markets but also the key to enhancing system reliability and engineering controllability.
Standard Discrepancies Across Multiple Engineering Aspects
In engineering practice, standards cover various aspects such as design, safety, installation, and operation and maintenance (O&M). Many domestic enterprises mistakenly believe that meeting domestic standards is sufficient. However, in actual overseas projects, differences in standards can lead to design incompatibility, customs clearance issues for equipment, and even non – compliant construction.
For example, different countries have distinct requirements for the over – load capacity of Power Conversion Systems (PCS), the alarm strategies of Battery Management Systems (BMS), and the fire protection levels. Without prior alignment with standard specifications, projects may be forced to rework during the acceptance stage, resulting in wasted time and costs. A domestic energy storage project aiming for the European market might face delays if the PCS fails to meet the local over – load capacity standards, requiring redesign and replacement of components.
Beyond “Document Requirements”: The Engineering Significance of Standards
Another common misconception is that standards are merely “document requirements,” overlooking their engineering implementation significance. In fact, standards reflect safety, stability, and long – term O&M controllability. The engineering team must fully understand the engineering logic behind the standards during design, component selection, and construction, rather than just completing formal reviews.
For instance, when designing an energy storage system for a project in a seismic – prone area overseas, the engineering team needs to comprehend the seismic resistance standards and incorporate appropriate design measures, such as using shock – absorbing components and optimizing structural layouts, to ensure the system’s safety and stability during earthquakes.
Advantages of Enterprises Offering Integrated Solutions
In this trend, enterprises that provide mature energy storage products, power products, and overall solutions have significant advantages. Take Imax power as an example. Its energy storage products are designed and manufactured with consideration for both international and domestic standards, reducing cross – standard conflicts during project implementation.
Moreover, Imax power’s overall solutions offer closed – loop support from design to commissioning and then to O&M. This comprehensive approach enables domestic enterprises to make steady progress in overseas markets. For example, in a large – scale energy storage project in Southeast Asia, Imax power’s integrated solution ensured seamless coordination between different components, met local standards, and provided efficient O&M services, helping the domestic enterprise successfully complete the project and gain a foothold in the local market.
In conclusion, for domestic enterprises in the energy storage industry, understanding and adapting to overseas standards are crucial for international expansion. Enterprises like Imax power, which offer integrated solutions, can serve as reliable partners to help domestic enterprises navigate the complex landscape of overseas standards and achieve success in the global market.
