Multi-energy complementary communication power supply system and realization method thereof

Abstract

The invention discloses a multi-energy complementary communication power supply system, which includes a power supply system, a sampling monitoring module, a display unit, a power statistics unit, anoperation control unit, an alarm control unit and a serial communication power supply. The sampling monitoring module is connected with the power supply system for power supply data acquisition monitoring. The power supply system, the power statistics unit and the operation control unit are connected in turn for power data statistics. The operation control unit is connected with the power supply system for power supply management. The display unit, the alarm control unit and the serial communication power supply are connected with the operation control unit. With the system adopted, the powermanagement ability can be improved, the power supply quality of equipment can be improved, the problems of insufficient power supply and unstable voltage can be solved, the efficiency of remote monitoring can be improved, the difficulty of problem investigation can be reduced, the utilization rate of valley electricity can be increased, and operation and maintenance costs can be saved.

Description

technical field [0001] The invention relates to the technical field of power supply, in particular to a multi-energy complementary communication power supply system and an implementation method thereof. Background technique [0002] High-frequency power outages make the backup power load too large, and the existing backup batteries cannot meet the long power outage time; special backup batteries are required to increase the construction cost of base station power supplies, but the discharge time and quality of traditional backup batteries cannot meet the requirements The power management of traditional equipment is poor, and the power supply quality of equipment is low; the utilization rate of clean energy is low, and energy saving and emission reduction need to be improved; the nearby power supply and supply voltage are unstable and the current load is large, and the power supply cannot be satisfied; equipment monitoring is not perfect, and maintenance costs are high. Base s...

AI Technical Summary

Problems solved by technology

[0002] High-frequency power outages make the backup power load too large, and the existing backup batteries cannot meet the long power outage time; special backup batteries are required to increase the construction cost of the base station power supply, but the discharge time and quality of traditional backup batteries cannot meet the requirements The power management of traditional equipment is poor, and the power supply quality of equipment is low; the utilization rate of clean energy is low, and energy saving and emission reduction need to be improved; the nearby power supply and supply voltage are unstable and the current load is large, and the power supply cannot be satisfied; equipment monitoring is not perfect, and maintenance costs are high. Base station power consumption Large volume, high electricity cost, low utilization rate of off-peak power; low remote monitoring rate of traditional base stations, insufficient information collection, difficult troubleshooting, high operation and maintenance costs

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