Unified Asset Onboarding
Connect multi-brand inverters, combiner boxes, and weather stations into a unified device model and acquisition protocol, giving you a single view of the full asset fleet.
PV System Operations
Make distributed PV assets visible, controllable, and accountable — continuously improving green-power self-consumption and operational efficiency.
Overview
PV System Operations brings distributed PV assets scattered across rooftops, ground mounts, and commercial and industrial sites into a unified, operable digital foundation. Centered on generation forecasting, intelligent O&M, and green-power self-consumption, we help asset owners put clean electricity to real use and keep operational returns accountable — from a single string to an entire plant, everything stays under continuous sensing and optimization.
You can access our live product →Core Capabilities
Build operable digitalization capability around the onboarding, sensing, optimization, and accounting of clean-energy assets.
Generation Situation Awareness
Monitor generation power, module temperatures, device status, and operational alarms in real time — from a single string to the whole plant, the generation picture is always at your command.
Generation Power Forecasting
Combining weather, irradiance, and historical generation data, deliver multi-horizon output forecasts that inform dispatching, trading, and green-power self-consumption decisions.
Self-Consumption Optimization
Working with load curves and tariff signals, automatically optimize self-use and surplus-feed strategies to keep more green power inside the park and where it matters most.
Intelligent O&M Inspection
Auto-generate inspection and work orders from device health and alarms, quickly locate faulty strings, and shift O&M from reactive repair to proactive prevention.
Revenue & Carbon Accounting
Account for green-power revenue, subsidies, and emission reductions by site and time window, building traceable operational ledgers and carbon-asset registers so every kilowatt-hour is clearly accounted for.
Capability Specs
Data Acquisition & Onboarding
- Connect inverters, combiner boxes, weather stations, and meters across mainstream protocols
- Second-level collection with breakpoint resumption for complete, continuous source data
- Unified device modeling and asset ledger with full lifecycle traceability
- Retrofit onboarding for existing plants without full hardware replacement
Data Platform & Processing
- Aggregate multi-source time-series data: generation, load, environment, and alarms
- Time-series storage and cleansing computation for data quality and query performance
- Unified data services providing a consistent foundation for forecasting, optimization, and accounting
- Configurable data-quality rules with automatic anomaly and gap detection
Monitoring & O&M
- Real-time plant monitoring — generation, load, and device status on one screen
- Automatic fault alarms and localization, reducing manual inspection effort
- Hierarchical monitoring by string, combiner, and inverter, narrowing fault scope progressively
- Work-order and closed-loop management with full traceability from alarm to resolution
Forecasting & Consumption
- Short-term generation forecasting based on weather and historical data
- Coordinated load and generation forecasting to optimize self-consumption and grid export
- Curtailment-risk alerts and mitigation strategies to raise green-power consumption
- Storage coordination strategies for smoothing PV output and peak-valley shifting
Settlement & Accounting
- Automatic aggregation of generation, grid-feed-in, and subsidy data
- Settlement reports by plant and period, supporting reconciliation
- Traceable tariff strategies and execution data for revenue analysis and optimization
- Systematic operational KPI output supporting management analysis and assessment
Integration & Extension
- Open interfaces for integration with EMS, charging, storage, and finance systems
- Green-power trading and virtual power plant access, bringing assets into broader markets
- Mobile viewing and critical alarm push, keeping management connected off-site
- Centralized multi-plant management with a unified view for group owners
Platform Architecture
Build a digitalization foundation that supports operable PV assets in layers — from edge ingestion to operations applications.
Data Acquisition & Ingestion
Connect edge devices such as inverters, combiner boxes, weather stations, and meters; unify protocol parsing and device modeling with second-level collection and breakpoint resumption to ensure complete and reliable source-end data.
Energy Data Platform
Aggregate multi-source data on generation, load, environment, and alarms to provide time-series storage, cleansing, and computation plus unified data services — a consistent data foundation for forecasting, optimization, and accounting applications.
Operations Application Layer
Deliver monitoring, forecasting, self-consumption optimization, intelligent O&M, and revenue accounting for plant operators, closing the loop from perception to decision and forming an end-to-end operations management cycle.
Operational Results
Demonstrate the real returns and efficiency gains brought by PV system operations through measurable operational metrics.
300+座
Connected Plant Scale
99.5%
Average System Availability
92%
Generation Forecast Accuracy
40%
O&M Efficiency Gain
The above data is based on publicly available industry statistics and typical platform cases. Before official release, please use your company’s measured data.
Application Scenarios
Cover a wide range of typical operations scenarios, from park rooftops to centralized plants.
C&I Rooftop PV
Centralized operations, self-consumption management, and green-power self-use for factory and park rooftops — turning idle roofs into a steady revenue source.
Ground-Mount Centralized Plants
Remote monitoring, power forecasting, and generation management for centralized plants — running reliably with minimal staffing.
Agrivoltaics / Fishery-Solar Co-location
Zoned monitoring, generation coordination, and ecological-metric collection in co-use scenarios, balancing generation with land value.
Distributed PV Aggregation
Aggregate multi-point distributed resources to support green-power trading and virtual-power-plant access, letting scattered assets join a larger market.
Selection Guide
Can a plant at acceptance and a legacy plant on manual meters share one system?
Yes, and you should. A plant at acceptance cares about the asset ledger, grid-connection paperwork, and traceable runtime data; a legacy plant cares about consolidating scattered manual readings and cutting labor. The platform manages both on one plant–inverter–string model, with new plants via standard onboarding and legacy via retrofit onboarding under a unified O&M view. As long as there is readable metering or communication on site, legacy plants usually need no hardware change; one survey confirms the onboarding scope.
Should you deploy generation forecasting now?
Do not rush it. Forecasting only matters once data is stable and the weather source is reliable; otherwise it is just another curve that will be wrong. Get onboarding and reconciliation running cleanly first, make generation, device-status, and tariff data trustworthy, then layer short-term forecasting on top for storage coordination and curtailment alerts. Forecasting is a decision aid, not a launch prerequisite.
Sites scattered across provinces — how does HQ manage them?
Use a hierarchical model to aggregate scattered sites into one view, but do not force every site onto the same workflow from day one. The group sees global generation and revenue; regional teams only handle their own alarms and work orders, with permissions split by organization. That gives HQ control without burying sites under HQ process. Cross-region definition drift is converged at onboarding through unified device IDs and metric definitions.
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.