Liquid Cooling Super Charging Station
Introduction of Product
LHKCEDC2-480KW/2L/GB-10 is an innovative liquid-cooled boost architecture developed by an industry-leading company for electric vehicle charging. Unlike traditional air-cooled integrated systems, it uses the most advanced liquid cooling technology and DC bus architecture. The system consists of a charging host and a charging terminal. The charging host can realize energy conversion and power distribution, with a maximum output power of up to 720 kW. It has built-in 120 kW AC/DC and 60 kW DC/DC liquid cooling modules and power sharing units, which can achieve 12-channel line output. The terminal is optional and configurable, supporting both liquid cooling and natural cooling.
Product Features:
- Ultra-Fast Integration: Incorporates a supercharging system that maximally supports 12-channel line output.
- Supports Mixed Liquid-Cooled and Air-Cooled Terminals: Offers compatibility for a combination of liquid-cooled and natural-cooled terminals.
- Charging Host with Liquid-Cooled Terminals: The charging host, when paired with liquid-cooled terminals, supports 480kW constant power output.
- Liquid Cooling System: Ensures safety and reliability through water-electric isolation design. Supports long-term use with board-and-liquid transport, featuring an integrated die-cast liquid-cooled charging module with a lifespan of 10 years. Environmentally friendly and efficient, with the charging host achieving an end-to-end efficiency of 95%+.
- Direct Current Busbar: Utilizes power pooling and intelligent algorithms to effectively enhance grid utilization rates. Supports smooth DC stacking storage, thereby increasing the end-to-end efficiency of the entire station.
This charging pile is suitable for fast charging of new energy vehicles, providing users with convenient and efficient charging services, and is an advanced choice for the next generation of new energy vehicle charging equipment.
Charging host specifications
| Basic information | Product model | LHKCDC3-720KW/12L/GB-10 |
| Dimensions (width*depth*height) | 800 mm x1700 mm x 2150 mm | |
| Installation method | Floor-mounted (supports transport with board and liquid) | |
| System efficiency | Maximum efficiency 95.5% | |
| Rated power | 600kw | |
| Cooling method | Liquid cooling | |
| Protection level | IP55 | |
| Number of guns supported | 4-12 | |
| Communication interface | 4G, FE (northbound) | |
| Input characteristics | Input voltage | 380Vac+15%, three-phase five-wire system |
| Input frequency | 45Hz ~ 66Hz | |
| Input current | 1150 A | |
| Power factor | 0.99 (load>50%) | |
| Harmonics | ≤5% (load>50%) | |
| Input power distribution | AC 800Ax3P circuit breaker; single transformer 2-way incoming line (360KW per line) | |
| Output characteristics | Output voltage | 200-1000Vdc |
| Current regulation accuracy | ≤+1% | |
| Voltage regulation accuracy | ≤±0.5% | |
| Environmental indicators | Working temperature | -35*C~+50*C |
| Storage temperature | -35*C~+70°C | |
| Altitude | ≤2000m | |
| Relative humidity | 5%RH ~95%RH | |
| Noise level | ≤55 dB@25°C (quiet mode), ≤65 dB@25”C (standard mode) | |
| Safety function | Input overvoltage protection, undervoltage protection, output overvoltage protection, constant power overload protection, short circuit protection, grounding protection, overtemperature protection, lightning protection, emergency stop protection, leakage protection, insulation detection, door opening protection, battery reverse connection protection, relay adhesion protection, water immersion protection, smoke alarm. | |
| Product specification | GB/T18487.1-2015,NB/T33001-2018,NB/T33008.1 -2018 | |
| Host terminal communication interface | FE, recommended ring network, screen twisted pair FTP Cat5E | |
| Host terminal communication protocol | GOOSE+ MODBUS -TCP | |
| Auxiliary power supply standard | Host 220Vac auxiliary power supply output | |
Accessories Specifications
| Basic information | Product model | Supercharger terminal | DC fast charging terminal |
| Charging power | Maximum 600KW | Rated 360kw, single gun 180KW | |
| Dimensions (width*depth*height) | 340*295*1700 | 390*295*1700 | |
| Number of charging guns | 1 | 2 | |
| Gun line length | 3.5m | 5m | |
| Installation method | Floor mounted | Floor installation | |
| Protection level | IP55 | IP55 | |
| Heat dissipation method | Liquid cooling | Natural cooling | |
| Environmental indicators | Working temperature | -35~+50°C | -35~+50°C |
| Noise level | ≤55dB-25°C | ≤50dB@25°C | |
| Storage temperature | -35°C~+70°C | -35°C~+70°C | |
| Relative humidity | 5%RH ~95%RH | 5%RH ~95%RH | |
| Altitude | ≤2000m | ≤2000m | |
| Output characteristics | Output voltage | 200~1000Vdc | 200~1000Vdc |
| Charging current | Maximum 600A | 250A | |
| Product specification | GB/T27930-2015.JG1149-2022 | GB/T18487.1-2015, NB/T33001-2018.NB/T33008.1-2018, GB/T27930-2015.JG1149-2022 | |
| Safety function | Output overvoltage protection, short circuit protection, protective grounding continuity detection, over-temperature protection, emergency stop protection, electrical protection, insulation detection, door opening protection, power failure protection, battery reverse connection protection, contactor adhesion protection, low liquid level alarm | ||
Product Solutions
USER DEMAND
- Willing to invest in charging station construction
- Hope to upgrade existing charging station equipment
- Hope to provide charging supporting service facilities for residential buildings
- Have customer channels and hope to become an agent to sell charging piles
- Have a station with charging piles, but no charging management platform
- Hope to improve the operation of existing charging stations and increase revenue
- Have site resources and hope to build a station
- Have power resources and hope to build a station
SOLUTION
- Provide various types of charging piles to meet the needs of different charging scenarios
- Provide a complete dealer agency policy
- Provide flexible charging pile sales financial service solutions
- Charging platform access services, shared platform users
- Flexible settlement services
- Customized solutions (site assessment, investment return calculation feasibility study report, etc.)
- Professional operation and maintenance team services
Smart and orderly charging station
Dedicated fast charging station
Research and developmentintroduction
Microgrid
A vital part of smart grids, microgrids operate reliably in both off-grid and grid-connected modes, enabling intelligent interaction among distributed generation, energy storage, and charging facilities. With advanced energy management systems, they ensure system stability, optimize energy usage, and minimize losses while supporting the closed-loop utilization of renewable energy, contributing to carbon neutrality.
EMS
Serving as the microgrid’s central control, EMS manages data, monitors, controls, and optimizes energy storage system operations efficiently. It adjusts power and voltage parameters to meet load demands, coordinates with the main grid, and reduces energy consumption and system losses. EMS also facilitates islanding operation and reclosing strategies, ensuring system reliability during faults.
EMEWS
This system monitors microgrid operations in real-time, including photovoltaic, energy storage, and charging facilities, enhancing operational efficiency through data analysis and intelligent warnings. Equipped with battery management and communication interfaces, it promptly identifies issues, supports integrated energy station scheduling, and provides data for public safety warnings.
CHARGING PILE MANUFACTURIN
Raw materials
Charging pile shell, circuit board, battery, motor, sensors, etc.
Assembly Production
Assemble the various components according to the design drawings to ensure that the charging pile meets the standard electrical and mechanical performance.
Testing and Debugging
After assembly, production personnel must conduct testing and debugging on the charging pile to ensure performance meets standards. This involves checks on appearance, insulation performance, electrical performance, and road testing to ensure stable performance in various environments.
EXHIBITION HAL INTRODUCTION
APPLICATION SCENARIOS
