Distributed PV data becomes visible and measurable, while generation becomes adjustable and controllable, supporting the development of a new power system. The solution provides full PV awareness, regulation and control for distributed-PV and new-power-system requirements.
Addressing scattered distributed PV sites, invisible status, hard-to-trace generation deviations and difficult dispatch access, the solution uses the EMU100 to integrate 4G state-cryptography communication, a PV data-acquisition gateway and AGC/AVC regulation. One side connects to inverters, gateway meters and grid-connection points, while the other connects to the grid/cloud platform, achieving observable, measurable, adjustable and controllable operation.
A cloud-edge-device coordination solution connecting site control, remote O&M and revenue review.
Visibility, measurement, regulation and control for grid-connected distributed PV.
Inverters, meters and grid-connection status lack a unified operating view.
EMU100 unifies inverter data acquisition and grid-connection status in one view.
Traditional monitoring shows data but makes deviation and fault diagnosis difficult.
Centralized alarm, trend and inspection handling supports remote O&M.
Grid requirements need southbound inverter access and active/reactive power control.
AGC/AVC and active/reactive power control execute at the edge for grid dispatch.
Protocol and encryption adaptation increase the cost of connecting distributed PV to grid platforms.
Encrypted 4G and southbound/northbound protocol support simplify dispatch integration.
A cloud-edge-device coordination system connecting project construction, site control, cloud review and long-term operation.
The EMU100 is positioned as a PV intelligent controller: 4G state-cryptography communication module + AGC/AVC regulation + PV data-acquisition gateway.
O&M + Edge Product Remote O&M, .
Protocol, support / Protocol.
Edge computing, data acquisition, and receipt and delivery of control commands.
Access / inverter / PVOperation.
Aggregate PV string, inverter, meter (bi-directional metering) and weather-station data into one station-wide view.
Encrypted 4G communication and northbound/southbound protocols support a 10-second dispatch response.
AGC/AVC dual closed-loop control with precise active/reactive power regulation and SVG dynamic reactive-power compensation.
Remote control supports remote start/stop and remote grid disconnection; dispatch can disconnect the PV plant from the grid on faults, limit violations or abnormalities.
AGC/AVC and encrypted communications are integrated at the factory to meet South/State Grid four-capability access requirements and reduce rework risk.
Communication, regulation and data acquisition are combined in one controller, replacing three conventional devices and freeing cabinet space.
One device connects the grid dispatch center, PV management platform and VPP, replacing a fragmented three-system setup.
Respond to dispatch commands within 10 seconds and provide <100 ms SVG reactive-power compensation for real-time grid regulation.
Remote commissioning plus AI predictive maintenance increases the number of sites managed per person by 3–5 times and reduces OPEX.
End-to-end 4G encrypted transmission supports grid security audits and reduces forced-offline risk caused by security gaps.
Purpose-built for distributed-PV four-capability projects, EMU100 integrates encrypted 4G communication, AGC/AVC regulation and a PV data-acquisition gateway in one controller, with 4 isolated RS485 ports, 9–24V DC supply and a −30~70°C industrial operating range to meet South/State Grid grid-connection requirements.
Unified data acquisition from inverters, grid-connection points and operating status supports the grid side's regulation requirements for distributed PV.
It provides a closed loop of data acquisition, power regulation and grid-connection constraints in distribution areas with high PV penetration.
Distributed PV sites are brought into a unified dispatch and remote O&M platform, forming declarable and adjustable resources.
