/PRZWT/Today, with the concept of green development deeply rooted in the hearts of the people, the campus is not only a hall for imparting knowledge, but also an important base for cultivating practitioners of a sustainable future. Recently, a school in Kunshan introduced the overall solution of Goodway Industrial and Commercial Storage, and through an ESA-30kW/60kWh outdoor energy storage integrated cabinet and Goodway Optoelectronic Building Materials Arctic series products, it injected new green vitality into the campus, achieving a win-win situation of energy conservation and consumption reduction and science and technology education.
"Quiet" operation, seamlessly integrated into campus daily life
Goodway has always been committed to creating green energy solutions that are more suitable for the living environment. As early as the product stage of grid-connected inverters, we won the world's first low-noise certification issued by TÜV Rheinland, which reflects the forward-looking layout and continuous development of noise control technology. Today, this "quiet gene" is further extended to energy storage products. The energy storage system deployed on the campus has excellent low-noise performance while operating efficiently and stably, especially in places with high acoustic environment requirements such as the campus.
The noise control of the system is less than 65dB, which is far better than that of common industrial equipment. It can still operate with low noise even during teaching and rest periods, which allows the equipment to be installed flexibly near the teaching area and office area, further improving the efficiency of energy use and space matching.
Low-noise operation not only demonstrates the deep integration of technology and humanities, but also allows teachers and students to experience the changes brought by green power in "no perception", subtly accept environmental protection technology education, and make the concept of sustainable development a natural and harmonious part of campus life.
Safe and flexible, intelligent operation and maintenance to meet the needs of campus development
Under the design principle of safety first, the energy storage system adopts a modular architecture and dual fire protection mechanism, which not only guarantees the high safety of the equipment, but also realizes convenient expansion and intelligent operation and maintenance. The system has dual fire protection of whole cabinet-level perfluorohexanone and Pack-level aerosol, and cooperates with intelligent thermal management to control the temperature in real time, effectively eliminating the risk of thermal runaway. C4 anti-corrosion and EMC Class B anti-interference design ensure long-term stable operation.
At the same time, the modular combination method supports flexible expansion with the school's electricity demand, greatly simplifying the maintenance process, reducing operating costs, and perfectly adapting to the diverse needs of the campus environment for safety and efficient use of space.
Fusion of light and storage to create a "touchable energy classroom"
At the same time, Goodway's Arctic series of photoelectric building materials and energy storage systems work closely together to build a campus-level "integrated photovoltaic storage" green energy ecosystem. The series adopts a unique double-top design and integrated water guide tank, which not only enhances the shading and waterproofing ability, but also optimizes light absorption through scientific tilt, greatly improving power generation efficiency. The generated clean electricity can be stored in the ESA energy storage cabinet in real time, achieving an intelligent balance of power generation, storage and consumption, which greatly enhances the spontaneous self-use rate of green electricity on campus.
The innovative shingle structure and fast drainage system of Arctic Components eliminate the hidden dangers of water accumulation and water leakage, and ensure the safety and stability of the roof structure. With the revolutionary limit hook technology, the installation is convenient and efficient, and the construction cost is effectively reduced. This integrated system not only enhances the resilience of energy supply, but also shows teachers and students the whole process of green power from generation to consumption in a visual and visual way, making the roof a "touchable energy classroom".
Carbon cable has a heart, and nurturing talents has new energy "- this is not only an innovation in technology application, but also a deep integration of campus culture and sustainable development concepts. It marks the school's forward-looking exploration in building green and smart campuses, and sets a replicable and generalizable benchmark for energy conservation and emission reduction in the field of education. In the future, Goodway will continue to use advanced technologies and services to help more schools enter the fast lane of green and low-carbon transformation, and jointly create a cleaner, safer and more technological growth environment for the next generation.
