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LH-HPC Scalable High-Power Split-Type DC Charging Stack (480kW-960kW) | Lion Halo Technology
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- Product Description
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LH-HPC Series Split-Type Intelligent DC Charging Stack Product Overview
The LH-HPC Series Split-Type Intelligent DC Charging Stack by Lion Halo Technology represents a utility-grade, next-generation mega-watt charging matrix architecture designed for high-demand commercial hubs. Scalable from 480kW, 600kW, 720kW, up to 960kW, this centralized power matrix separates the main energy hub from user dispensers. Utilizing advanced dynamic power allocation technology, the system intelligently shifts megawatts of energy to where it is needed most across customized multi-station setups, managing a Number of Connectors from 4 up to 12 flexible dispensers. Designed and manufactured by Zhongji Lianheng (Hebei) Technology Co., Ltd., this heavy-duty system supports dual CCS1, CCS2, and GB/T multi-standard outputs, significantly reducing CAPEX and future-proofing high-volume infrastructure investments.
Product Features
Dual-Connector Charging Terminals (Air-Cooled / Liquid-Cooled Optional)
Designed for high-efficiency fast charging of various electric vehicles, including heavy-duty trucks and construction vehicles, this series of dual-connector charging terminals delivers high cost-effectiveness and a fast ROI for large-scale distributed deployment.
The system offers both air-cooled and liquid-cooled thermal management options: the air-cooled variant features a compact footprint and optimal cost-efficiency for standard stations, while the liquid-cooled variant provides superior thermal efficiency and stability, making it ideal for ultra-fast charging stations and harsh environments. Additionally, it features configurable output power and optional upgrades including a touchscreen, RFID reader, and credit card payment terminal.Technical Specifications (LH-HPC Series)
Parameter
Specification Details
Brand Name
Lion Halo Technology (Zhongji Lianheng)
Product Model
LH-HPC-480 / LH-HPC-600 / LH-HPC-720 / LH-HPC-960 Megawatt Charging Pool
Centralized Rated Power
480 kW / 600 kW / 720 kW / 960 kW Modular Configuration
Charging Architecture
Split-Type Centralized Power Cabinet + Intelligent Satellite Dispensers
Charging Interface Support
GBT / CCS2 / CCS1 / CHAdeMO Compliance (Multi-standard Mixed Array)
Number of Dispensers
Supports 4 to 8 Standard Dispensers (Up to 12 Custom Connections)
Output Voltage Range
150 VDC - 1000 VDC Wide-Range Constant Power Management
System Power Efficiency
≥ 96 % Matrix Conversion Rate
Power Factor
≥ 0.99 (Minimizes Grid Harmonic Interference)
Allocation Technology
Real-Time Dynamic Power Orchestration / Flexible Matrix Allocation
Thermal Management
Air-Cooled High-Density Ventilation / Premium Liquid-Cooled System Options
Input Power Supply
3-Phase, 5-Wire System (3P + N + PE)
Rated Input Voltage
380V / 400V / 415V AC ±15% Universal Grid Integration
Protection Rating
IP54 for Main Power Hub Cabinet | IP55/IP65 for Satellite User Dispensers
Operating Temperature
-30°C to +55°C Industrial Grade Range
Start-up & Control
RFID / Mobile Application Systems / Central Backend Network / Optional POS Terminal
Network Protocol
OCPP 1.6J Ready Integration
Communication Interface
High-Speed Ethernet / Industrial 4G Wireless Modules / Wi-Fi Hub
Safety Protections
Multi-channel Insulation Monitoring, Emergency Stop, Short Circuit, Reverse Polarity, Phase Loss, Over-temperature, Lightning Surge, Over/Under Grid Protection
Frequently Asked Questions (FAQ for Mega-Project Operators)
Q: What is the primary benefit of the LH-HPC split-type system over integrated chargers?
A: The LH-HPC split charging stack separates power modules into a centralized hub, allowing intensive, space-saving deployment at transit stations. It supports heterogeneous mixing, meaning a super-fast charge dispenser (300kW+) and a standard medium-charge dispenser can draw energy simultaneously from one power pool, maximizing asset utilization and lowering overall CAPEX.
Q: How does the system handle power grid fluctuations in emerging markets?
A: Our split-type matrix features Universal Grid Compatibility, with a standard 400V input that can be custom engineered to withstand wider input ranges (180V–460V) or 480V systems, protecting the heavy-duty components from unstable local electrical grids in mining areas or logistics parks.
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