Energy storage container dynamic environment monitoring is to grasp the operating status of the machine room in the energy storage container in real time, and perform dynamic environment monitoring, fire protection, video monitoring, container water ingress detection and other monitoring functions for the operating environment of the machine room.
It can monitor battery power consumption, air conditioning, water leakage, fire protection, temperature and humidity and other modules in real time, and can also centrally manage the modules in the energy storage container. The shining point of the system is that it can centrally monitor multiple boxes in real time for 24 hours. When abnormal conditions occur, the alarm function will be activated, and the staff will be notified in time for repair and maintenance.
1. Power equipment monitoring:
Power system monitoring includes all power equipment in the computer room, such as high-voltage power distribution, low-voltage power distribution, diesel generator sets, power distribution cabinets, UPS, DC power system, batteries, etc.
2. Temperature and humidity monitoring:
Record and display the temperature and humidity data in each area of the computer room and the intuitive picture of the change curve in real time, as well as the processing of the cross-border alarm information.
3. Fire protection system monitoring:
Real-time monitoring of fire alarm status by collecting alarm signals from fire controllers, smoke detectors, and temperature detectors.
4. Image and video monitoring:
Insert the image of each channel into an interface at will in the form of control configuration
5. Intelligent access control:
The computer room monitoring system realizes access control, entry and exit and exit information login, security, anti-theft, and alarm for the computer room, and provides various forms of networking functions (RS485, wireless modem, dial-up, TCP/IP, SMS).
When the photovoltaic is sufficient, the photovoltaic feed the load and charges the battery at the same time. When the photovoltaic is insufficient, the photovoltaic and the battery supply power to the load at the same time. When the battery capacity is insufficient, the generator can be started remotely.
When the photovoltaic is sufficient, the photovoltaic will supply power to the load and charge the battery at the same time. When the photovoltaic is insufficient, the photovoltaic and the grid will supply power to the load at the same time. In case of cloudy and rainy days, when the battery capacity is insufficient, the battery can be charged by the grid.