Introduction

The Smart Energy Management System is an overall energy efficiency solution for large-scale energy-use complexes such as groups, parks, buildings and municipal units, focusing on the whole and branches’ energy consumption data collection, aggregation, statistics, analysis, comparison and branches and macro display.

Through the system, energy consumption ranking, cost, and change trend are displayed by charts and graphs all sides. Also, according to the analysis results, it helps to formulate energy-saving policies, energy efficiency assessment, management systems, and then ultimately realize the intelligent control and max value of the energy chain.

System Advantages

○ Internet Of Tings

● Sensors of water, electricity, gas, temperature and pressure are improving with lower cost and higher performance.

● LoRa and NB-IOT satisfy15~20km LPWAN demand.

● The networking technology of mobile internet and M2M IoT become mature.

○ Cloud Operations

● Cloud management reduced the cost of energy engineering staffs.

● Equipment automation management makes detection of problems and failures in time.

● Optimize the scheduling equipment strategy with reference of electricity prices in peak, valley, flat and energy demand.

○ Big Data Analysis

● Establish energy equipment model, efficiency analysis, equipment warning.

● Excavate energy consumption laws and efficiency improvement space.

● Analyze enterprises’ business status through its energy consumption data and business data, and help them optimize asset allocation.

Technical Strengths

○ Green scalable cloud platform

Rich application software & system; Terminals defined intelligently by software; Hardware platform and cloud platform are green and scalable.

○ One-stop communication solution

Supports wireless & wired communication methods such as NB-IoT, LoRa, GPRS, Zigbee, WIFI, RS485, RS232, CAN, and optical fiber to meet various scenarios.

Cloud management, remote debugging, support data storage and transmission resume.

○ Intelligent standardized data acquisition terminals

Collect data from terminals that conform to industry standards of power, industry, construction, transportation, environment, operation, home, and personal, and be of high compatibility.

System functions

Application Case- CIIIC (China International ICT Innovation Cluster)

○ Project Overview

CIIIC is a national key large-scale park covering 6.5 square kilometers, which owns 8 office areas and more than 1,000 enterprises. Its power consumption is huge and need energy management solution urgently.

○ What CIIIC concerns?

● electricity consumption of enterprises in the park, accurately measure the actual electricity consumption of each enterprise?

● How to improve the efficiency of power consumption as well as safety performance of power supply?

● How to reduce power supply safety inspections numbers and save labor costs?

● How to solve high power load fluctuation and low transformer load?

○ Project achievements

● Accurately measure the actual electricity consumption of each company in the park;

● Multi-rate calculation method to analyze the electricity consumption of the park. 

● Analysis and excavate equipment load operation of the entire park to improve efficiency. 

● Implement the overall energy-saving plan through inter-regional comparison, electricity tariff management or other methods.

● Realize billing management of enterprises in the park.