More vehicles = more grid demand. Proportionality cannot be broken — only shifted in time.
Substation upgrade costs more than the chargers. Permitting takes longer than construction.
6 BESS units alone cost less than one transformer upgrade — yet conventional systems still need both.
Temporal power multiplexing breaks the proportionality. Grid draw stays at 100 kVA regardless of how many vehicles charge simultaneously.
Same 400 kVA commercial grid connection already at most sites. No substation negotiation, no feeder upgrade.
Fits the footprint of a conventional petrol station. Repurpose existing sites — no greenfield construction required.
The battery integrates the pulse sequence and perceives a continuous 400 kVA charge. The grid sees only 100 kVA at any instant. Both are correct — because energy and power are not the same thing.
Each GPPump contains 4 × 100 kVA power sources. 3 draw from BESS units, 1 draws from the grid. Maximum output per pump: 400 kVA.
GPC Distributor activates sources in strict rotation. At any instant, only one 100 kVA source is active per pump. The grid never sees more than 100 kVA total draw.
EV battery's time constant (τ = C×r) is large relative to sequencing period T. Battery integrates pulsed input — perceives 400 kVA continuous delivery.
Underground, where petrol tanks used to be. Each BESS independently manageable. SOC, temperature, discharge current reported to GPC Distributor in real time. Recharged overnight on the same 400 kVA connection in ~1.4 hours.
Dispenser units at vehicle positions — physically analogous to petrol pumps. Each GPPump: 4 × 100 kVA power sources. Supports GPC pattern delivery to compatible vehicles for electrochemically optimized charging.
32-channel control system — one channel per power source across all 8 GPPumps. Handles temporal sequencing, SOC-aware scheduling, GPC pattern generation, and safety management simultaneously.
The control intelligence behind the GPC Energy Station. GP Energy Dist manages multi-source coordination, BESS scheduling, GPC pattern delivery, and real-time grid optimization from a single interface.
32-channel simultaneous management across 8 GPPumps. Each power source assigned an independent GPC pattern and temporal slot.
Analyzes vehicle chemistry and session parameters — recommends optimal GPC pattern in real time.
Continuous SOC monitoring across all 6 BESS units. Automatic priority adjustment to balance discharge and prevent bottlenecks.
Real-time grid savings, CO₂ reduction vs CC/CV baseline, energy efficiency per session. Full export to PDF and CSV.
The 8-Layer GPC Energy OS — each layer is a distinct GPC application. Energy Station operates at layers 5 through 8.
Formation · First Charge · Battery Optimization · BESS Stability
Ultra-fast single-vehicle charging. GPC pattern delivery at 400 kVA per GPPump.
Multi-source temporal coordination. 32-channel BESS and grid management.
Direct renewable feed to BESS. Grid-independent overnight recharge. Carbon-zero operation.
GPC Energy Station deployment planning, site assessment, and partnership inquiries handled directly.
