Ocular Satellite DC Charging
960kw Base Station 2
960kw Base Station 1
960kw Base Station 3
Satellite Dc Charging Station
960kw Base Station 2
960kw Base Station 1
960kw Base Station 3
Satellite Dc Charging Station

960kW Base Station

Category:

QUICK OVERVIEW

The Ocular Satellite DC Charger 960kW Base Station is a high-power centralised DC charging solution designed for large-scale EV infrastructure. Built to support multiple satellite dispensers, it intelligently distributes power across all connected chargers, maximising utilisation and reducing peak demand constraints. Its modular design enables scalable deployment, making it ideal for high-throughput public charging and fleet applications.

  • 960kW
  • OCPP 2.0.1. & OCPP 1.6J
  • Smart Power Distribution (Satellite System)
  • Up to 24 Charging Outputs

  • Centralised DC power cabinet for satellite charging system
  • Supports multiple satellite dispensers (single or dual configurations)
  • Dynamic load allocation across all connected chargers
  • Modular 40kW power units for scalable expansion
  • Compatible with CCS2, CCS1, CHAdeMO & GB/T (via dispensers)
  • 4G & Ethernet connectivity
  • IP55 rated enclosure for outdoor installation
  • Independent air-duct cooling system for enhanced durability
  • ≥95% efficiency with soft-switching technology
  • Floor-standing design
  • 960kW base model

Input Requirements: 

  • AC Supply System: Three-Phase, 5 Wire AC system
  • Nominal Input Voltage: 3-Phase 400VAC ±15% (4 Routes)
  • Input Frequency: 50/60Hz

Environmental Requirements:

  • Ambient Temperature Range: -30 to 55°C
  • Storage Temperature: -30 to 80°C
  • Operating Altitude: ≤2000m

Mechanical Requirements: 

  • IP Rating: IP55
  • Cooling: Independent air-duct cooling (air-cooled)
  • Mounting: Floor standing
  • Dimensions: 1937 x 2058 x 985 mm

Output Requirements: 

  • Number of Outputs: Up to 24(configuration dependent)
  • Minimum Adjustable Power: 40kW
  • Power Module Size: 40kW modular units

Performance: 

  • Efficiency: ≥95%
  • Power Factor: ≥0.98
  • Harmonic Distortion (THDi): <5%

User Interface & Communication Requirements:

  • Connectivity: Ethernet / 4G
  • Communication Protocols: OCPP 1.6J & OCPP 2.0.1
  • System Architecture: Centralised power distribution to satellite chargers

Protection & Safety Requirements 

  • Executive Standard: EN IEC 61851-1, EN IEC 61851-23
  • Certifications: EN 61000-6 Series, EN IEC 61851-21-2, EN 301 489-1/-52, EN 301908-1/-13, EN 62311 LTE Band
  • Safety Parameters: Over Current, Under Voltage, Surge Protection, Short Circuit, Over Temperature, Harmonic Control

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