EV Charging Infrastructure
AC chargers for destinations and workplaces, plus DC fast chargers for high-traffic, public charging, fleet, depot, terminal, and mobility-hub applications.
Our Solutions
Practical, scalable infrastructure for EV charging and energy storage.
Kuryentech supports commercial, industrial, government, fleet, and investor-led energy projects with business-ready charging, battery storage, solar-ready integration, and local project support.
Solution Portfolio
Start with one solution and expand to an integrated energy system over time.
Kuryentech matches each solution to the site use case, operating requirements, budget, electrical capacity, and long-term energy objectives.
Battery Energy Storage Systems
BESS solutions for backup power, peak-demand management, solar energy storage, power quality, operational resilience, and business continuity.
Solar + BESS + EV Integration
A phased roadmap connecting grid power, solar PV, battery storage, site loads, and EV chargers to support EV readiness, resilience, savings potential, and sustainability goals.
Turnkey Project Support
Site assessment, equipment supply, installation support, testing and commissioning, turnover coordination, and after-sales support planning.
EV Charger Products
Three charger categories for destination, workplace, commercial, public, and fleet applications.
Final configuration, connector selection, certifications, warranties, and project scope remain subject to the approved product datasheet and project quotation.
Destination and Workplace Charging
AC Charging Pile
Compact wall-mounted or pedestal charging for homes, offices, hotels, condominiums, campuses, malls, and workplace parking.
- Rated power
- 7kW / 11kW / 22kW
- Input voltage
- AC230/400V ±10%
- Output current
- 32A / 16A / 32A
- Charging mode
- Mode 3
- Connector
- Type 2
- Installation
- Wall-mounted or floor-mounted
- Protection
- IP54 / IK10; LCD IK08
- Operating temperature
- -30°C to 55°C
- Communication
- Ethernet, Wi-Fi, Bluetooth, optional 4G
- Protocol
- OCPP 1.6J; OCPP 2.0 optional
- Start modes
- App, Bluetooth, RFID, screen, plug and charge
- Safety
- Overcurrent, short circuit, surge, temperature, leakage, and related protections
Compact DC Fast Charging
Low-Power DC Charging Pile
Compact DC charging for workplaces, commercial sites, residential developments, and locations requiring faster charging without a full-size high-power cabinet.
- Rated power
- 30kW / 40kW / 60kW / 80kW
- Output voltage
- DC200–1000V
- Output current
- 30/40kW: CCS2 and GB/T max 100/130A; 60/80kW: CCS2 and GB/T max 200/250A
- Connector types
- CCS2 / GB/T
- Efficiency
- ≥95% at load rate ≥50%
- Input voltage
- AC400V ±10%, 3P+N+PE
- Power factor
- ≥0.99 at load rate ≥50%
- Protection
- IP55 / IK10
- Operating temperature
- -40°C to 65°C, with derating at extremes
- User interface
- LED; 7-inch LCD on 60/80kW versions
- Communication
- Ethernet, optional 4G and Wi-Fi
- Protocol
- OCPP 1.6J; OCPP 2.0 optional
- Charging standards
- IEC 61851-1, IEC 61851-23, IEC 61851-21-2
Public, Fleet, and Transport Charging
Integrated DC Charging Pile
Integrated power units and charging connectors in one cabinet for public charging stations, fleets, depots, terminals, transport hubs, and other high-utilization sites.
- Rated power
- 60 / 80 / 120 / 160 / 180 / 200 / 240 / 300 / 320kW
- Output voltage
- DC200–1000V
- Output current
- CCS2 max 250A; GB/T max 250A
- Connector types
- CCS2 / GB/T
- Efficiency
- ≥95% at load rate ≥50%
- Input voltage
- AC400V ±10%, 3P+N+PE
- Protection
- IP55
- User interface
- LED and 7-inch LCD screen
- Communication
- Ethernet, optional 4G and Wi-Fi
- Protocol
- OCPP 1.6J; OCPP 2.0 optional
- Operating temperature
- -40°C to 65°C, with derating at extremes
Commercial & Industrial Energy Storage
C&I BESS designed around continuity, cost control, and smarter energy use.
Kuryentech supports battery energy storage projects based on each facility’s operating priorities, electrical load profile, solar resources, and resilience requirements. Final equipment selection and system configuration will be confirmed through project-specific assessment.
Backup Power & Business Continuity
Support critical loads during grid interruptions, reduce operational disruption, and help facilities maintain essential services while power is unavailable.
Peak Shaving & Demand Management
Discharge stored energy during high-demand periods to help manage peak load, reduce strain on site capacity, and improve energy-cost control.
Solar Energy Storage
Store excess solar generation for use when production falls, improving renewable-energy utilization and supporting energy savings and resilience objectives.
Monitoring & After-Sales Support
Plan for system monitoring, performance visibility, preventive maintenance, technical coordination, and structured after-sales support throughout operation.
End-to-End Project Delivery
A structured process that supports faster decisions and reduces deployment risk.
01Discover
Clarify the site use case, business objective, budget range, and operating constraints.
02Assess
Review site conditions, electrical capacity, load profile, and installation considerations.
03Design
Recommend charger or BESS size, integration scope, commercial framing, and phasing.
04Deploy
Coordinate equipment supply, installation support, testing, commissioning, and turnover.
05Support
Plan preventive maintenance, monitoring, reporting, and technical escalation.
Build in Phases
Start small, validate the use case, and scale as requirements grow.
Final charger ratings, BESS capacity, backup duration, and integration scope should be confirmed through site assessment, load data, and project-specific technical review.