Load regulation, distributed energy, storage dispatch, PV-storage-charging integration and demand response. Source-grid-load-storage coordination drives energy efficiency with data, making energy dispatch visible, understandable and optimizable.
Virtual Power Plant & Microgrid
Virtual Power Plant & Microgrid | Knowledge Centre
Load regulation, distributed energy, storage dispatch, PV-storage-charging integration and demand response. Source-grid-load-storage coordination drives energy efficiency with data, making energy dispatch visible, understandable and optimizable.
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Frequently Asked Questions
Which functions does the Virtual Power Plant & Microgrid category cover?
Five: load regulation, distributed energy, storage dispatch, PV-storage-charging integration and demand response. Coordination across source, grid, load and storage is the point, since any one function alone is a control problem rather than a dispatch decision.
Which 3 measurement topics underpin the dispatch work?
Electrical signal capture, virtual-power-plant data and SPD online monitoring. Dispatch quality follows measurement quality, so the capture chain, from 10uA leakage upward, comes first both in the reading order and in the integration order.
How can a virtual power plant dispatch energy without owning a plant?
It aggregates load, storage, PV and demand-response flexibility and moves them with data instead of capital equipment: metering from 10uA-level leakage to a 100MHz range makes each kilowatt-hour visible, and the dispatch signal rests on that visibility.
Why does source-grid-load-storage coordination need continuous data?
Because a dispatch decision is only as good as the state it sees: storage, PV output and load blocks all change between reporting intervals, and every gap turns coordination into guesswork. Continuous capture down to 10uA leakage keeps the four sides comparable at one timestamp.
What breaks a microgrid dispatch when the metering is only partial?
Partial metering leaves blind segments: a feeder without capture looks idle, an SPD or ground-resistance fault goes unseen, and the optimizer schedules against a state that is not real. Pairing the 3 measurement entries with dispatch keeps the state complete before it is optimized.