Huizhou Boluo · PV-Storage-Charging Demonstration Station
600 kWp BIPV canopy + 125 kW / 261 kWh storage + 11 chargers · 60 days to grid
PV-Storage-Charging Integrated Demonstration Station, Huizhou Boluo
A full-stack public fast-charging station that combines a 600 kWp BIPV solar canopy, a 125 kW / 261 kWh LFP battery system and 11 chargers (3 × 60 kW DC fast + 8 × 7 kW AC), all controlled by a single EMS — delivered turnkey from design to grid in 60 days.
On-Site Photos
Steel-structure installation and finished PV canopy
Core Highlights
Green-Energy Self-Sufficient Operation
Built on a public-institution parking lot: PV directly supplies the chargers during the day with surplus stored in batteries; the storage discharges at night to power the chargers — a fully green-energy self-sufficient operating model.
~¥80,000 / Year Electricity Savings
By feeding PV power directly to the chargers, the station saves roughly ¥80,000 per year in electricity costs for the local government — improving both economic returns and operational ESG metrics.
EMS Unified Control · Drawings Approved on First Submission
A unified EMS platform controls all three sides — PV, storage and chargers. The full set of drawings passed the grid utility's technical review on first submission, accelerating the project schedule.
Delivery Capability
Phase-by-phase deliverables and timeline
| Phase | Deliverable | Duration |
|---|---|---|
| Solution Design | Site survey · PVsyst yield simulation · Storage sizing · Charging-load calculation | 7 days |
| Drawing & Approval | AutoCAD electrical / structural drawings · Grid application · Utility approval | 15 days |
| Equipment Integration | PV modules, BESS and chargers — unified procurement and factory test | 8 days |
| Construction & Grid | Installation, commissioning, EMS integration, grid connection and handover training | 30 days |