Trina Solar photovoltaic panels rank first in China.

Trina Solar photovoltaic panels rank first in China.

Trina Solar is committed to innovative research and development, and constantly promotes the establishment of industry standards and related standards for product performance and sustainability. Since 20 1 1, Trina Solar Crystal Silicon battery efficiency and module power output have broken the world record for 24 times, achieving a global breakthrough. Trina Solar is the first company to obtain the certificate of UL customer test data plan, and can conduct cutting-edge research within the enterprise.

Through rigorous and steady technology research and development, Trina Solar has made steady progress on the road of innovation. By June 30, 2022, the company had applied for more than 2,400 patents, of which invention patents accounted for 50%. The State Key Laboratory of Photovoltaic Science and Technology, advanced R&D equipment and cooperation with leading universities and research institutions in China are combined to create the innovation core of Trina Solar.

Trina Solar Enterprise Scale

Trina Solar is the initiator of the concept of energy Internet of Things. Trina Energy's Internet of Things architecture is divided into three parts: cloud, tube and end, covering the facilities layer of information collection objects and service objects, the perception layer of collecting basic energy data, the network layer of TrinaMOTA, an energy management platform including service parks and smart microgrid, and the platform layer based on TrinaAurora smart energy cloud.

And an application layer that provides various energy services for end users, so as to form a new trinity energy Internet of Things system, and get through all links of power generation, energy storage, distribution network and power terminal in the energy field, so that energy flow, information flow, value flow and energy equipment can be connected with each other in an interactive and shared smart energy network, and the integrated management and control of energy interconnection can be realized.