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We manage a facility’s entire energy infrastructure—from generation and storage to consumption and backup—under a single control architecture. Our microgrid solutions improve energy efficiency, control costs and maintain power continuity for critical operations.
We analyze load profiles, peak demand, critical loads, solar PV generation, grid connection, generator capacity and the existing electrical infrastructure to define the right microgrid topology and operating scenarios.
We integrate equipment from different brands and manufacturers into a single system through power electronics, protection, metering and communications infrastructure.
We continuously evaluate generation, consumption, battery state of charge, grid power and generator status, automating charge, discharge, power sharing and load management.
Peak shaving, self-consumption, load shifting and cost-optimization strategies maximize the value of solar generation and stored energy.
The system transitions to island mode through controlled isolation and synchronization. Critical loads are supplied by solar PV, the storage system and, when required, the generator. Once the grid returns, the system resynchronizes in a controlled manner.
Before investment and commissioning, we model and simulate how power plants and industrial facilities interact with the grid. Our engineering studies verify that each facility will operate safely, reliably and in compliance with applicable grid requirements.
We use static and dynamic models to assess the facility’s impact on the grid at the point of common coupling.
We assess the complete protection chain—from fault currents to relay settings—to support selective and coordinated operation.
By identifying risks at their source, we improve system safety, stability and long-term equipment performance.
We identify electrical stresses that develop within milliseconds and verify system resilience at the design stage.
We analyze how generation facilities respond dynamically to sudden grid events and faults.
We bring generation, consumption, storage and grid data into a unified digital infrastructure, enabling real-time monitoring and control while optimizing the commercial performance of energy assets.
We develop locally engineered control solutions for solar, wind, storage and hybrid power plants.
We support voltage and frequency stability in weak-grid environments.
We develop intelligent monitoring solutions that extend operational visibility across distribution networks down to low-voltage level. Contactless sensors, low-power wireless communications and field-data acquisition make critical conditions visible in real time.
By integrating field data with SCADA, AMI and OMS platforms, we make grid operations—from fault detection to response—faster, measurable and data-driven.
Talk to Our Technical TeamTell us about your power plant, storage system or facility infrastructure. Keypower’s engineering team will assess your control, integration and grid-compliance requirements.
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