Factory load
Load: 1.18 MW
Edge + Cloud control for industrial PV
Local EMS for industrial PV.
Gridpulse is a vendor-neutral EMS/control layer for C&I PV, local O&M teams and regional portfolios that need zero export, automated curtailment, fast remote service and reliable setpoint execution across mixed devices.
Control layerRuns locally on site, with cloud configuration.
Device layerModbus TCP/RTU, DLMS, meters, loggers and inverters.
Commercial layerSite-based rollout with a clear technical scope.
Trusted by O&M teams and industrial PV operators
Power setpoint schedule
15 min
Input
Site meter
Import, export and live consumption at the point of connection.
Output
PV setpoint
Safe write commands to compatible devices.
10:15
Factory import changed; PV setpoint corrected by Edge controller.
DONE
10:30
Schedule window loaded from cloud; execution stays local.
READY
10:45
O&M alert cleared after meter data returned.
LOGGED
Zero export, proven execution.
Zero export power guard
Zero export, proven execution.
PV plant
Production matched
Point of connection
Measured at source
Gridpulse Edge controller
Local control brain
~0 kW
Export
Grid
Utility network
Protect the grid connection
Dynamic setpoints keep export at or below target.
Act on real data
Local control loop reacts in seconds.
Audit every action
Full history of reads, decisions and writes.
The problem
PV assets are becoming active infrastructure.
Monitoring shows what happened. Gridpulse is focused on execution: reading the site, deciding locally and writing safe setpoints when a plant, factory or O&M team needs a response.
Export limits are operational, not theoretical.
Factories with PV need production to follow real consumption, connection limits and site rules. Manual setpoint changes do not scale across changing load profiles.
Mixed devices create fragmented operations.
Local O&M teams often support several inverter brands, meters and loggers. A shared control and logging layer removes work from vendor portals and spreadsheets.
Fast setpoint changes need traceability.
When a controller changes active power, the operator needs to know why it happened, what data was used and whether the write succeeded.
Solutions
Three operational packages for industrial PV and C&I sites.
Gridpulse is built for practical operating needs: monitoring and Edge operations, active power control, and reactive power compensation after technical qualification.
Zero export, curtailment and price-aware setpoints
Gridpulse reads the point of connection and dynamically adjusts PV active power setpoints so the asset follows site demand, export limits and agreed schedule or price rules.
- Automated curtailment and active power setpoints based on point-of-connection meter data.
- Price gates, schedule windows and site rules where limiting production makes business sense.
- Site-safe fallback rules plus a full audit trail of reads, decisions and writes.
One operational view for sites and portfolios
Production, alarms, device state and event history are collected in one panel, with remote diagnostics and maintenance for the Edge controller.
- Monitoring for farms, meters, loggers and inverters in one place.
- Email alerts, event history, remote diagnostics and software updates.
- Portfolio visibility for owners, technical operators and O&M teams.
Compensation through validated target setpoints
After a technical audit, Gridpulse can read reactive power measurements and apply validated target setpoints on supported inverters or loggers to help reduce recurring charges.
- Reads from meters or analyzers via DLMS or Modbus TCP/RTU.
- Enabled only where the device supports safe target-setpoint writes.
- Qualification based on invoices, measurements and site conditions.
Architecture
Local control with remote coordination.
Gridpulse separates time-critical execution from fleet operations, so industrial PV sites can keep a clear control loop while partners manage configuration, logs and service remotely.
Critical decisions stay local.
The Edge reads meters and devices, evaluates rules, writes validated setpoints and records each action close to the PV asset.
Operations stay coordinated.
The portal handles configuration, dashboards, alerts, access control, audit trail, reporting and partner service workflows.
No second SCADA required.
Gridpulse can sit beside existing operator systems as an EMS and control layer for mixed PV devices and future battery storage.
Implementation
Start with one site and a narrow control scope.
The first implementation should prove device access, local control, audit trail and remote service before adding more sites or advanced optimization.
Map the site
Confirm meters, loggers, inverters, communication paths and the exact control objective.
Run local control
Deploy Edge, validate reads and writes, then enable the agreed zero export or schedule logic.
Review the logs
Use event history, commissioning notes and remote service records to decide the next rollout step.
FAQ
What partners usually ask first.
Is Gridpulse a VPP or aggregator?
No. Gridpulse is the control and operations layer. It can support aggregator or flexibility integrations later, but the first product is local execution and auditability.
Does it replace SCADA?
Usually no. Gridpulse fits where customers need a focused EMS/control layer, remote operations and vendor-neutral PV integration without a heavy enterprise SCADA project.
Which devices are supported?
The integration starts from the actual site: Modbus TCP/RTU, DLMS, compatible meters, analyzers, loggers and inverters. Write control is enabled only where the device supports safe setpoints.
Contact
Send one site context. We will map the technical scope.
Send a short note with country, site type, PV size and the control problem. We will respond with a practical path: device access, data points, control scope and commercial model.
Direct contact: