MicroNewton (Shandong) Technology Development Co., Ltd. has successfully completed the delivery of its first batch of renewable energy teaching equipment for 2026.

This delivery includes core products such as the micro compressed air energy storage experimental system, capacitor energy storage teaching equipment, and other renewable energy teaching devices.

The concurrently delivered capacitor energy storage teaching equipment, together with other renewable energy teaching devices, complements the ES101 system, forming a comprehensive experimental teaching framework that covers multiple technical routes, including compressed air energy storage and capacitor energy storage. This provides universities with a one-stop solution for building renewable energy curricula.

MicroNewton (Shandong) Technology Development Co., Ltd. has always focused on serving the needs of higher education, deeply engaged in the R&D and production of teaching equipment in renewable energy, fluid mechanics, and aerodynamics. The successful delivery of the first batch of 2026 equipment is not only a recognition of product quality in the market but also a demonstration of the company’s commitment to nurturing talent in the renewable energy sector.

Looking ahead, MicroNewton will continue to iterate its technologies and products, building high-end, professional, and efficient experimental teaching platforms for universities, empowering high-quality development in renewable energy education.