Energy use you can see
One electricity bill at month end becomes an energy structure traceable by day and by circuit, which supports management decisions.
Energy Management
Smart circuit breakers and power monitoring: energy use you can see, hazards you are warned about.
Delivery Delivered on our standard energy SaaS platform, with power sensing device onboarding and tuning during implementation. Private deployment available.
Challenges
Energy management: do these sound familiar?
To save energy you first need to see where it goes. To stay safe you first need to know what is over the limit.
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Only one electricity bill
Beyond the main and sub meters there is no breakdown, so no one can say which building or device uses the power.
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Meters read on foot
With many floors and scattered meter locations, one round takes days, and the numbers often do not match.
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Hazards found only after the fact
Overload, leakage and cable temperature are not monitored, so the first sign is a tripped breaker or smoke.
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No basis for saving energy
There is no history to base strategy changes on, and no way to verify the effect afterwards.
Key features
Metering, analysis and control in one back end
One setup covers four everyday jobs, with no need to reconcile data across several systems.
Industries
Who uses it
Facility managers who need to see the power and keep it under control.
- 01 Government agencies and public service facilities
- 02 Universities, colleges and vocational schools
- 03 Hospitals
- 04 Commercial buildings
- 05 Industrial parks
What’s delivered
What the solution delivers
Circuit sampling and report definitions are delivered together, so you end up with energy data that reconciles with your bills.
- 01
Metering hardware and circuit retrofit
Smart circuit breakers, multi-circuit monitoring terminals, and water and power meters are installed by floor and circuit. The retrofit fits within power-off windows. Once delivered, sub-metered consumption is visible by floor and by device.
- 02
Energy platform and accounts
SaaS or private deployment, with account permissions assigned by department and building. Once delivered, facility staff can check the numbers and export reports themselves, without calling the vendor each time.
- 03
Report definitions and strategy setup
Peak and off-peak split, sub-metering structure and anomaly thresholds follow the client’s own definitions, and schedules and linked strategies are pushed out together. Once delivered, monthly reports can be used directly for assessment, and before and after the retrofit can be compared.
- 04
Training and O&M
Includes O&M training and data reconciliation methods. New circuits can be added by following the manual.
Apps
- Energy dashboard
- Facility app
- Monthly reports
Platform
Energy Management Platform
- Sub-metering
- Anomaly detection
- Strategy control
- Reports
Devices
- Smart circuit breaker
- Multi-circuit terminal
- Smart power meter
- Water meter
- Temp & humidity
The full solution
Energy use you can see, circuits you can control
Breakers, monitoring terminals and the management platform are configured together, so energy and safety share one set of data.
- From a bill to an energy structure Sub-metered down to floors and devices, abnormal use shows up on its own.
- Safety and energy managed together Limit alarms and energy analysis use the same data, so you do not need two teams.
- Before and after can be compared The baseline is fixed, so savings can be stated clearly.
Hardware
Hardware used in this scenario
Metering and switching in one device, so a retrofit needs no separate meter box.
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Smart circuit breaker -
Smart power meter -
Smart water meter -
Multi-circuit monitoring terminal -
Temperature & humidity sensor -
Air conditioner panel -
Smart lighting module -
IoT gateway
Advantages
Why this solution
Hazards warned in advance
Electrical safety and energy management share one platform, so there are no two systems run by two teams.
Measured energy savings
The Zhuhai Technician College project saves about 30% of electricity every month.
Standard product delivery
Industry SaaS with standard hardware onboarding gives a predictable implementation timeline. With ecosystem partners, it can also support source-grid-load-storage integration.
Case studies
Running in real projects
Project
Zhuhai Technician College
Smart control of lighting, air conditioning and power in dormitories and classrooms, saving about 30% of electricity every month.
View case → ProjectXiangzhou Citizen Service Center
Smart control of air conditioning and lighting lowers energy use and carbon emissions, setting an energy-saving benchmark for public service facilities.
View case → ProjectZhengling Modular Space
AI-driven platform for fine-grained energy management.
View case →Explore more
Related capabilities and products
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