Application of LoRa low-power sensor terminal in photovoltaic industry

Application of LoRa low-power sensor terminal in photovoltaic industry

As a global Internet of Things technology company, zoko-link has launched a variety of LoRa-based products. Among them, the LoRa low-power sensor terminal is a wireless data transmission waterproof terminal based on LoRa spread spectrum technology, which can be connected to a variety of interface-compliant products. Sensors, such as RS485, RS232, ADC, IO and other interface sensors. 

The LoRa low-power sensor terminal adopts a high-performance industrial-grade LoRa solution, has a rich interface, supports lithium battery power supply, solar power supply, DC power supply and other power supply methods, and has been widely used in the M2M industry in the Internet of Things industry chain , Such as smart buildings, smart cities, smart fire protection, smart power, smart agricultural irrigation, soil moisture, landscaping, smart forestry, breeding, indoor and outdoor environmental monitoring and other fields.

 Photovoltaic industry is an emerging industry that uses solar energy to generate electricity. Compared with traditional power generation methods, the photovoltaic industry has the characteristics of safety, reliability, no noise, low pollution, no fuel consumption, and short construction period, so it is valued by countries all over the world.

Although photovoltaic power generation has many advantages, there are still some problems that need to be solved in specific application scenarios. For example, photovoltaic power generation urgently needs to be refined to achieve cost reduction and efficiency improvement; traditional photovoltaic brackets cannot track the light due to the fixed installation angle, and cannot be maximized. Utilize solar energy; traditional photovoltaic panels need to rely on maintenance personnel for inspection and management, which is costly and has missed inspections. The Internet of Things technology can help the photovoltaic industry to further improve efficiency.