SIROPOWER Integrated Microgrid Solutions
PV + storage + EMS in one platform · Island-capable · Utility and remote-site ready A coordinated microgrid that balances generation, storage and load for reliable, low-carbon power.
Detailed Technical Specifications
Integrated PV, storage and EMS architecture engineered for grid-connected and off-grid operation
Core Technology & Features
Source-storage-load coordination for resilient, efficient and low-carbon microgrids
Integrated PV + Storage + EMS
Solar generation, battery storage and energy management are engineered as one platform for seamless source-storage-load coordination.
Island & Grid-Connected Modes
Switch seamlessly between grid-connected and island operation, sustaining critical loads through outages with millisecond transfer.
Intelligent Energy Management
An advanced EMS forecasts generation and load, optimizing dispatch to maximize renewable use and minimize energy cost.
Multi-Source Coordination
Coordinate PV, storage, diesel gensets and the grid, dynamically balancing supply and demand for stable, low-carbon operation.
High Reliability & Redundancy
Modular power conversion with redundant design ensures continuous supply for remote sites, islands and mission-critical facilities.
Cloud Monitoring & O&M
A cloud platform delivers real-time monitoring, remote configuration, fault diagnosis and full-lifecycle intelligent operation and maintenance.
Powering Grids, Remote Sites and Communities
From utility-scale plants to islanded communities, microgrids deliver reliable clean power anywhere
Utility-Scale Grid Support
Provide peak shaving, frequency regulation and renewable integration to strengthen grid stability at utility scale.
Remote & Island Microgrid
Deliver self-sufficient power to islands, mines and remote sites, cutting diesel dependence with solar-plus-storage.
Community & Campus Energy
Supply resilient, low-carbon energy to communities and campuses, keeping essential services online during grid outages.
Sustainable Intelligent Renewable Options, Powering Our World Energy Revolution.