Environment-protective illumination intelligent management system

Abstract

The invention discloses an environment-protective illumination intelligent management system which comprises an upper computer, an intelligent monitoring terminal, an intelligent server and a single-lamp energy-saving controller, wherein the upper computer is arranged in a monitoring center and is provided with an intelligent management software, and the functions that the remote monitoring management (remote metering, remote controlling, remote signaling, remote viewing, and remote regulating) of urban public lighting facilities, electronic map operation and management of street lamp monitoring, map direct-viewing presentation and convenient positioning of relevant facility resources of the street lamp, as well as production management, warehouse management, artificial intelligence, and the like are realized by the upper computer; the intelligent monitoring terminal actualizes the measurement and gathering of electrical parameters of the street lamp, and the control of an illumination return circuit and a branch circuit, is connected with the intelligent server, and performs communication with the upper computer through an operator public network (GPRS, CDMA); the intelligent server is connected with the intelligent monitoring terminal, performs communication with a single lamp controller through a power-line carrier mode with automatic relay, delivers the control command, and receives single lamp status data and warning data; and the single lamp energy-saving controller receives the instructions of the intelligent server, and the control of the switching, power decreasing, light adjusting and the like for the single lamp is realized, and gathers the data such as electrical parameters, state, alarming of the single lamp.

Description

technical field [0001] The invention relates to a lighting management system, in particular to a green lighting intelligent management system. Background technique [0002] Urban public lighting plays an increasingly important role in promoting urban economic and social development and improving the quality of daily life of citizens, and has become an indispensable element in building a harmonious society. At the same time, the growth of urban lighting demand has also increased the demand for electricity. my country's urban lighting electricity consumption has accounted for 30% of the entire lighting electricity consumption. Today, when global warming, energy shortages, rising energy costs, and low-carbon environmental protection have become global issues, how to improve the level of public services while achieving energy-saving, low-carbon, and cost-reducing goals has become a major issue facing urban public lighting management . [0003] Most of the traditional urban pub...

AI Technical Summary

Problems solved by technology

[0011] 1. The effective communication distance of the general power line carrier is generally only tens of meters, and the maximum is only a few hundred meters. The communication stability cannot meet the requirements and cannot meet the communication needs of street lighting control and monitoring information.

[0012] 2. The Zigbee protocol is difficult to support long-distance communication, is greatly affected by the environment, and has poor stability

[0013] 3. There are many wireless communication nodes, the operation cost is high, and it is restricted by the national radio management policy

[0014] 4. Multiple switch cabinets need to be installed to switch and reduce the power of a single lamp. The electromagnetic mode is used for step-by-step voltage reduction. Although it can achieve a certain energy-saving effect, it consumes a lot of materials and has environmental problems.

[0015] 5. The DALI standard protocol master-slave remote control has a short distance, a small number of slave nodes, and a small system control capacity

[0016] 6. The power-saving rate of the fixed step-down method is low, and there is a problem of voltage instability at the same time, which seriously affects the service life of lighting fixtures

[0017] 7. Does not support standard protocols or a single protocol, which is not conducive to the integration of different systems and the standardization of urban public lighting management

[0018] 8. The control function is single, and it cannot meet the five remote requirements (telemetry, remote control, remote signaling, remote viewing, remote adjustment), and cannot well meet the management needs of modern urban public lighting

Images