Multiple systems. One operational view.
Combine data from power conversion systems, batteries, photovoltaics, advanced metering infrastructure and generators to monitor operational status.
Energy · ESS
We connect power conversion systems, batteries and generation equipment for monitoring and operational control. Our experience includes microgrid projects in the Maldives and energy facilities in Korea, covering local and central monitoring and power management systems.
Collect data from power conversion systems, batteries and meters, with the information each local and central team needs. Monitoring screens give operators a clear view of equipment status and history.
Combine data from power conversion systems, batteries, photovoltaics, advanced metering infrastructure and generators to monitor operational status.
Configure equipment alarms, automatic charging and discharging stops, and PCS operating modes to match site policies.
Set up local operations centers (LOC) and a central operations center (TOC) to manage each facility's status and history.
01
Connect on-site power equipment and consolidate operational status and energy data.
02
Process alarms as equipment status changes and configure the power management system around equipment and site control policies.
Configured for each device's control commands and operating policies
03
Build an operational view for one facility or central monitoring across multiple sites.
Configure data collection, alarms and control to match device protocols and permitted operations. Charging and discharging stop conditions and PCS modes are configured and tested against equipment characteristics and operational policies.
2019
ESS system implementation for an energy facility.
2018
On-site ESS implementation, monitoring and power management system configuration.
2016–2017
Monitoring and communications system implementation for microgrid and PNE Solution ESS projects.
We review your business and existing systems, then agree on the scope and schedule.
Identify the equipment, protocols and information needed by local and central teams.
Connect equipment communications and configure status, alarm and reporting screens alongside charging and discharging policies.
Check collected data against the equipment and verify alarms and controls before handing over operations.
We support Modbus, HTTP and TCP/IP socket integration for power conversion systems, batteries, photovoltaics, metering infrastructure and generators. We align each manufacturer's data fields and interfaces for consolidated monitoring.
Yes. We support automatic charging and discharging stops triggered by equipment faults, as well as PCS operating modes. Conditions are configured and tested within the control commands, permissions and operating policies supported by the equipment.
We review your current interfaces and the functions you want to retain, then consider integration or partial replacement. The required screens and data define the implementation scope.
Please share the number of sites, equipment types and quantities, communication standards, data requirements, and monitoring and control needs. We also review on-site work, infrastructure and operational support.
We help define your monitoring and power management system based on your equipment, sites and required controls.