Acrel IoT EMS Cloud Platform

Difficulties

High cost of System
A system requires a preliminary survey, drawing, proposal, quotation, construction investment in servers, network cabling, switches, gateways, manual construction, and debugging, and the additional investment is expensive.
Diversified data service requirements
As a complete user environment, what we want is not just a single industry subsystem application. Things such as prepayment, safe electricity use, centralized power reading, and energy management all need to be configured.
At the same time, these data services do not want to switch between multiple apps.
Specialized Debugging
Depending on the actual configuration, our professionals need to go to the site to debug the gateway and hardware, as well as configure and install the system. While increasing the cost, we cannot get real-time data services, and our support is also required for later operation and maintenance.
Professional System hardware selection
Faced with a wide variety of power sensors and hardware, there is no supporting application data, and I don’t know how to choose a model for my own pain points, and how to obtain corresponding industry data services.

Requirements

Apartment Lessor
Water and electricity metering and billing
Battery car charging billing
Electrical Safety

Small Supermarket Chain
Water and electricity metering and billing
Electrical Safety
energy management

Factory
power monitoring
Electrical Safety
energy management
Dormitory water and electricity billing

Property
Water and electricity metering and charging
Battery car/car charging billing operation
Smart Fire

System Integrator
IoT Data Subscription
remote debugging

Difficulties

Infrastructure in need of improvement
Weak current systems, campus networks, data centers, and other infrastructures are aging, lack of attention to user experience, and poor service perception.
Construction lacks top-level design
Lack of forward-looking planning, intelligent construction is fragmented and unsystematic, and it will fall behind when it is completed.
Weak management and operation capabilities
The management method is not standardized, the on-site meter reading is time-consuming and laborious, the manual statistical analysis is difficult, the workload is huge, the operating cost is high, the safety guarantee is weak, it is difficult to attract investment, and it is difficult to charge fees.
Insufficient intelligent service
There is a lack of data support for dual control of energy consumption and carbon peak management, lack of effective management methods for safety and environmental protection, and a low return on investment in energy conservation.
Information islands are difficult to break
Various business information systems coexist, and data cannot be effectively shared and interoperated, is difficult to centralize, and cannot be effectively utilized.
A large number of objects and difficult management
There are many management objects such as equipment, settled enterprises, assets, visitors, etc., a lack of effective management methods, and management efficiency is low.

Requirements

Massive Data
Facing the comprehensive platform

in the city-level subdivision field,

it is necessary to access various

types of massive hardware
Overall Supervision
Extract the regulatory information that

the leadership is concerned about,

and combine digital twin technologies

such as GIS and BIM

to achieve macro-supervision
Centralized Operation
Provide a unified operation service

platform for operators,

and provide IoT data services

to end users

Acrel energy IoT cloud platform adopts a layered distributed structure, which is mainly composed of three parts: the perception layer (terminal collection device), the network layer (communication management terminal), and the platform layer (energy IoT cloud platform).
● Sensing layer

Various sensors are connected to the network, including multi-function meters, prepaid meters, multi-circuit meters, Internet of Things meters, Internet of Things water meters, car charging piles, street light controllers, etc.
● Network layer

intelligent gateway, which collects data at the perception layer, performs protocol conversion and storage and then uploads the data to the energy IoT cloud platform.
● Platform layer

including application server and data server, which can implement applications on PC or mobile.

Pop-up alarm, display abnormal screen, analyze and judge the alarm situation

Operation and maintenance personnel check the location of the alarm and rush to the location of the incident

On-site incident handling to eliminate defects

Audit results, alarm closed loop

High-order harmonic interference is a major "public nuisance" that affects power quality in power systems

Three-phase unbalance leads to additional heating and vibration of rotating motors, increased magnetic flux leakage and local overheating of transformers, increased power grid line losses, and malfunctions of protection and automatic devices

• Charging pile management: manage the charging authority of charging piles, including public piles and private piles
• Charging pile monitoring: monitor the real-time status of EV charging piles
• Power control: control the charging power of the charging pile according to the power load of the charging station
• Remote control: perform operations such as parameter setting, power price issuance, and reset on the platform side
• Safety monitoring: monitor the charging process in real time, locate faults in time, and eliminate fire hazards
• Hidden danger management: APP, SMS, email, voice and other ways to remind and hidden danger closed-loop processing
• Energy consumption statistics: Statistics on the electricity consumption of charging piles
• Operational analysis: Multi-dimensional statistical charging and advertising revenue such as region, site, and time
• User charging: Charging users use WeChat/Alipay applets and IC cards to start charging, support mobile phone recharge, and enjoy preferential activities

• Remote meter reading
• Remote sales of water and electricity
• Self-service purchase of water and electricity
• Various Billing Modes
• Event reminders such as insufficient balance, arrears, recharge, etc.
• remote control
• Bad load identification
• Financial analysis
• Shared electricity fee and loss of electricity fee collection
• Rent and property management

• Operation monitoring, real-time monitoring of the lighting status of the lighting area
• Remote centralized control, the platform performs operations such as light switch, brightness adjustment, scene switching, and running time setting
• System linkage, connecting the fire protection system through dry contacts for linkage

• Energy consumption monitoring: monitor the classified energy consumption of electricity, water, gas, cold, and heat in the branch circuit, and trigger an alarm when the energy consumption exceeds the standard
• Energy consumption analysis: conduct trend analysis and year-on-year comparison analysis on the energy consumption of each category
• Multiple rate statistics: Statistical analysis of peak, peak, flat and valley power consumption of branch roads
• Energy Flow Diagram: Shows the flow of various types of energy within the enterprise
• Data report: data collection report, branch cost report, capacity demand report, etc.
• Sub-item energy consumption: statistics of sub-item power consumption such as lighting sockets, air conditioners, power, and special power consumption in the building
• Carbon emission management: conduct trend analysis and year-on-year comparison analysis on regional carbon emission
• Energy cost analysis: make statistics on classified energy costs, and conduct trend analysis and year-on-year comparison analysis, including multiple rates, capacity fee, demand fee, and other energy costs

Sharing revenue through transactions

Maximize Individual and overall value

Converge Multiple Business Formats