Solar array
PV modules turn daylight into DC power, then combine it before supplying the site or charging storage.
- PV cells
- DC combiner
- Site bus
Low-bandwidth view
An energy system, shown without the heavy canvas
Wind and solar supply the site, storage balances the flow, and industrial loads use the available energy.- 01
Solar array
PV modules turn daylight into DC power, then combine it before supplying the site or charging storage.
- 02
Wind generation
The rotor drives a generator, while power descends through the tower cable and joins the site bus.
- 03
Energy storage
Battery modules are monitored by the BMS. The PCS reverses power flow as supply and demand change.
- 04
Industrial load
The main switchboard supplies separate circuits for production machinery, ventilation, and lighting. Equipment activity follows the simulated site demand.
Energy equipment keeps operating. Management data needs to stay visible.
Meters, sensors, and existing systems often use different data formats.
Equipment and points require an inventory. Connectivity follows the site's current setup.
Once a system is in place, monitoring, alerts, and reporting share a basis.
Analysis and automation follow available data and operating needs.
Site information and equipment conditions
Site equipment and
system work
Field photos and video show site layouts, equipment positions, and maintenance access. Site surveys establish power flow and equipment conditions before integration planning.
Industrial rooftop solar monitoring and data integration
This case involves an industrial rooftop solar site. lvsota is responsible for monitoring and data integration. The photo shows solar modules, a central service walkway, and site wiring.
Explore monitoring and data integration
Watch the field video Small wind turbine layout
Small wind turbines beside an agricultural facility, showing their positions within the surrounding environment.
Service scenarios
Energy, equipment, and
management-system needs
Solar and storage
Service scenarioData integration services for solar and storage systems cover PCS, meter, or EMS data. Discuss energy data integration and monitoring needs for electricity use and equipment.
Function directions
Energy data integrationEnergy and equipment monitoring
Factories and manufacturing
Service scenariolvsota provides energy monitoring, asset records, inspections, alerts, reporting, and load analysis.
Function directions
Anomaly analysisReporting assistanceLoad forecasting
Offices and buildings
Service scenariolvsota integrates existing equipment and management processes to plan energy monitoring, equipment management, and internal reporting.
Function directions
Reporting assistanceAnomaly analysis
Renewable energy and equipment assessment
Under assessmentlvsota inventories available space, existing equipment, interconnection conditions, and maintenance requirements to plan system work.
Function directions
Equipment data managementGeneration and consumption analysis
Systems integration architecture
Equipment data and
management functions
SolarESS PCSmetersEMSsensors
Communication protocolsdata interfacesthird-party systems
Data organizationmonitoringasset recordsinspectionsalerts
Anomaly analysisforecastingreporting assistanceknowledge retrieval
Dashboardsreportsalertsapproved commands
Equipment inventory and
system requirements
Discuss system requirements and a proof of concept with lvsota.