AKSY ENERGYSMART EV CHARGINGSMART CHARGING / LOAD MANAGEMENT & SOLAR INTEGRATION
AKSY Energy designs charging systems that work intelligently with your building’s electrical infrastructure—balancing load across multiple EV bays, integrating rooftop solar generation, and protecting site transformers from overload.
Compare AKSY AC (3.3 kW – 22 kW) and DC fast charging stations (15 kW – 240 kW), review electrical and connector requirements, and request a written quotation for your site.
Compact single-phase AC unit for individual homes, villas, and 2W/3W/4W overnight residential charging with >97% efficiency.
Application Fit guidance: Select single-phase (3.3 kW / 7.4 kW) for overnight residential and society bays, or three-phase (11 kW / 22 kW) for workplace and commercial parking. Site note: Requires standard 230 V single-phase supply with dedicated MCB/RCCB protection.
On AKSY dual-gun DC fast chargers (25 kW, 60 kW, 120 kW, and 240 kW) and Terra 22 Dual AC units, intelligent power modules distribute output between single-vehicle peak charging and simultaneous two-vehicle charging.
Configurable current limits (16 A to 32 A on AC wallboxes and site-level kW caps on DC hubs) prevent charging demand from exceeding your building or depot’s sanctioned electrical load during peak hours.
AKSY charging infrastructure integrates with solar canopies and battery energy storage systems (BESS) to prioritize clean daytime solar energy and buffer high-power DC demand surges.
Depot and residential chargers support scheduled charging windows so fleets and residents automatically top up during lower-tariff off-peak utility hours.
Built-in self-diagnostics continuously monitor contactor health, ground continuity, cable temperature, and grid voltage—automatically isolating faults and logging maintenance notifications.
ENGINEERING, QUALITY & DEPLOYMENT STANDARDS
Deploy more charging bays without immediate transformer upgrades by balancing active charging power across parked vehicles.
Pair AKSY AC and DC chargers with rooftop or carport solar arrays to reduce per-kilometre energy cost and carbon footprint.
Automatic recovery from transient grid fluctuations and instant hardware cutoff upon earth-leakage or thermal threshold alerts.
NEXT STEP