Nippon Electric Works Co., Ltd. (Chiyoda-ku, Tokyo) announced on March 4 that it has jointly developed a "simple multi-point simultaneous monitoring system" with Casio Technology Corporation (Chiyoda-ku, Tokyo). The monitoring system combines long-range wireless LAN system "FalconWAVE" and Casio technology camera recorders to wirelessly transmit images of multiple surveillance cameras installed in large-scale facilities such as megawatt photovoltaic power plants. While monitoring facilities are fully monitored, they can also be remotely confirmed using the network. Nippon Electric Co., Ltd. said that when it comes to setting up a monitoring system, there is no need for large-scale construction work, so a 30% set-up cost can be cut. By using a low-power power surveillance camera and a wireless LAN, the system consumes 6 watts of power and can operate completely independently. Japan is promoting the construction of megawatt photovoltaic power plants throughout the country and is expected to increase further in the future. In the facility, surveillance cameras and intrusion sensors are also installed in the security systems such as infrared sensors, which have been unmanned. Because it is easier to get into the ground on the ground and there is no one in the facility, there is a problem of suspicious individuals breaking in, kidding mischief, and stolen equipment. In addition, reports have pointed out that in areas such as the mountains, large birds and animals also caused damage to the equipment. This time, through optimizing the frame rate, the system can wirelessly transmit long-distance images of a large number of high-performance surveillance cameras installed in large-scale facilities on the premise of ensuring high image quality and integrate them in real time in monitoring devices. In addition, it is possible to accurately confirm images of multiple surveillance cameras in the facility via mobile phones and personal computers through cloud services. The wireless system adopts an unlicensed 2.4 GHz band long-distance wireless LAN system and performs one-to-four single-to-multipoint transmission. In this way, the garbage, dead leaves, weeds, and snow cover attached to the panel that affects the amount of power generated by the photovoltaic power plant can be confirmed, and the amount of power generated by the solar panel can also be prevented from decreasing. Can use real-time monitoring of multiple sites using high-performance surveillance cameras in unmanned facilities.
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