More renewables, but unstable self-consumption
Output from distributed sources like PV fluctuates, with no unified forecasting, planning and self-consumption control.
Park Source-Grid-Load-Storage Integration
Make park energy run in coordination
Connect PV, storage, loads and charging facilities together, and reduce the complexity of park energy operations with forecasting and dispatch.
Park energy operations are getting more complex
With more renewables, storage and flexible loads, traditional siloed management can no longer support fine-grained park operations.
Storage is built, but its dispatch value is underused
Conflicting goals such as peak-valley arbitrage, demand control and backup power lack unified strategy optimization.
Systems stand alone and cannot coordinate
Data from PV, storage, charging, loads and distribution sits in silos, hindering unified awareness and a dispatch loop.
Let distributed energy run in coordination
From resource connection and status sensing to strategy execution, every energy asset in the park works under one operating logic.
Put coordination capability into every system layer
From devices and edge data to dispatch strategy and operations review, form a sustainably running loop.
Resource Layer
PVWindStorageDistributionIndustrial LoadsHVACCharging
Sensing Layer
MetersInvertersPCS / BMSSmart BreakersCharging PilesIoT Gateway
Platform Layer
Data AcquisitionStatus MonitoringGeneration ForecastLoad ForecastStrategy OptimizationDispatch PlanControl Execution
Operations Layer
Operations MonitoringCost AnalysisEfficiency AnalysisRevenue AnalysisAlarm & O&M
Bring park operations into one decision interface
The cockpit shows generation, load, storage status and key alarms at once, letting operators move from the overall situation straight into dispatch and response.
- Real-time source-grid-load-storage power flow
- Load forecast and demand trend
- Storage strategy execution and revenue review
Choose a better operating strategy for each power scenario
The system dynamically sets operating strategies from tariffs, loads, renewable forecasts and storage status.
- PV generation
- Load curve
- Storage charge/discharge
- Grid purchase
Off-peak storage charging
Charge storage at off-peak tariffs.
Peak storage discharge
Cut peak purchase cost.
PV-first self-consumption
Use the park’s own green power first.
Demand control
Cap peak demand to lower the demand charge.
Grid / off-grid switching
Keep critical loads powered during faults.
Demand response
Shift adjustable loads per grid signals.
Design park energy strategies around four goals
Fits a wide range of park energy scenarios
Industrial Park
PV, storage, production loads and charging unified.
Manufacturing Plant
Optimize storage and peak-valley use against production-load profiles.
Commercial / Tech Park
Building loads, parking charging and distributed energy run in coordination.
Campus / Public Park
Unified management of many buildings, loads and distributed energy.
Turn your energy business into a sustainable operating capability
Book a 30-minute consultation to map your current assets, business goals and a practical digitalization roadmap.