350 KW EV Charger Price, DC Fast Charging Stations

RUIHUA’s 350 kW DC Fast Charger is an advanced charging solution designed for high-demand environments, including public charging stations, large commercial fleets, and highway service areas. Offering exceptional charging speed and power efficiency, this ultra-fast charger ensures your electric vehicles (EVs) are powered up and ready to go in no time.

Ideal for locations with high traffic or heavy-duty EVs, such as long-haul transport fleets or heavy-duty mining vehicles, the 350kW charger offers the rapid charging power you need to keep operations running smoothly. Its flexible and scalable design makes it suitable for a variety of applications, from small local stations to large commercial networks.

Technical Specifications

（1）Output Power: 350 kW
（2）Input Voltage Range: 380V~480V AC
（3）Charging Interfaces: CCS2, CHAdeMO (optional)
（4）Operating Temperature: -30°C to +55°C
（5）Protection Level: IP65

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350kw DC EV Charger Specification

Parameter	Model	RHDC60K-YJG	RHDC120K-YJG
Input	Power Supply	3P+N+PE	3P+N+PE
	Input Voltage	400V/AC±15%	400V/AC±15%
	Input Frequency	50/60 Hz	50/60 Hz
	Input PF	≥0.98
	Input Current Total Harmonics	≤5%
Output	Output Rated Power	60kW	350kW
	Output Rated Voltage	1000V/DC
	Output Rated Current	60A	120A
	Output Voltage Arrange	150-1000V/DC
	Constant Output Power Voltage Arrange	300-1000V/DC
	Maximum Current of Each Charging Gun	200A
	Current Arrange of Each Charging Gun	5-200A
	Maximum Efficiency	≥95%
	Precision of Steady Current	≤±1%
	Precision of Steady Voltage	≤±0.5%
User Interface	Status Light	LED（Green,Yellow,Red）
	LCD	7 “Touch LCD Screen
	Charging Mode	POS,Scann,Passcode
	Lenght of Charging Gun Cable	5m
	PCS Charging Gun	Two
Communication	LAN	Yes
	4G-LAN	Yes
	OCPP	OCPP1.6
Protection	Short Circuit Protection	Yes
	Over Load Protection	Yes
	Leakage Protection	Yes
	Over and Under Input Voltage Protection	Yes
	Over and Under Output Voltage Protection	Yes
	Output Over Current	Yes
	Standard	IEC 61851-1:2017, IEC 61851-23:2014, EN 61851-24:2014，EN 61851-21-1:2018
	Certificate	CE
Environmental	Operating Temperature	-20℃～+55℃
	Storage Temperature	-40℃～+85℃
	Relative Humidity	≤95% Dew Free
	Altitude	≤2000m
	Environmental Conditions	Indoor or Outdoor
Others	Cooling Mode	Air Cooling (Independent Air Duct)
	Sound Volume	≤65dB
	IP	IP65
	Electric Energy Measurement	1.0 Accuracy Grade
	Installation	Pole-mount
	Production Dimension	1780800950 mm (HWD)
	Net Weight	390kg	420kg
	Package	Wooden box Package

Applications

（1）High-traffic highway charging stations
（2）Commercial parking lots and shopping centers
（3）Electric bus stops and logistics fleet depots
（4）Airports, ports, and other high-demand locations

Why Choose RUIHUA?

（1）Advanced Technology: RUIHUA specializes in EV charging with cutting-edge technology and industry certifications.
（2）Customized Solutions: Tailored solutions to meet diverse customer requirements.
（3）Global Support Network: Servicing Southeast Asia, Central Europe, and more, with professional after-sales and technical support.
（4）Certified Quality: Complies with international safety and performance standards for guaranteed reliability.

350kW DC Fast Charger: Ultra-Fast and Versatile EV Charging Solution

RUIHUA’s 350kW DC Fast Charger is a state-of-the-art charging solution designed to meet the increasing demand for ultra-fast, efficient, and reliable EV charging. Ideal for public charging stations, commercial fleets, and highway service areas, this charger delivers the power and flexibility you need to support modern electric mobility.

Key Features

Remote Monitoring and Diagnostics: A cloud-based system allows for real-time monitoring, remote diagnostics, and proactive maintenance, ensuring consistent operation and minimal downtime.

Ultra-Fast Charging: Delivers up to 350 kW of power, capable of charging compatible EVs to 80% in just 15-20 minutes, reducing wait times and increasing vehicle uptime.

Dynamic Power Allocation: Supports simultaneous charging of multiple vehicles with intelligent power distribution, optimizing energy usage based on demand.

Weather-Resistant Design: Built to endure extreme environments, with IP65-rated protection against dust, water, and harsh weather conditions. Perfect for outdoor installations in any climate.

Multiple Connector Options: Equipped with connectors for international standards like CCS2 and CHAdeMO, ensuring compatibility with a wide range of EV models.

High Energy Efficiency: Integrated high-efficiency energy conversion modules achieve up to 95% efficiency, minimizing energy losses and reducing operational costs.

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Feature	100 kW Charger	350 kW Charger
Charging Speed	30-60 min (80%)	15-20 min (80%)
Target Vehicles	Passenger EVs, smaller batteries	High-performance EVs, heavy-duty
Applications	Urban/suburban public charging	Highways, transit hubs
Infrastructure	Moderate upgrades	Significant upgrades
Cost	Lower upfront and maintenance	Higher upfront, premium service
Future-Proofing	Limited	Excellent

The choice between a 100 kW charger and a 350 kW charger depends on your target audience, location, and long-term strategy. For urban locations or areas with moderate EV adoption, 100 kW chargers are cost-effective. However, for highways and high-demand scenarios, 350 kW chargers are the optimal choice, offering ultra-fast charging and future-proof benefits.

(1) A 350 kW charger can typically charge compatible EVs to 80% in 15-20 minutes.
(2) This ultra-fast charging speed is ideal for long trips and high-demand locations like highway rest stops.

No, only EVs capable of DC fast charging and those designed to accept 350 kW (like Porsche Taycan and Tesla Model S Plaid) will charge at that speed.

Other EVs may still use the charger but will charge at their maximum supported rate, which could be lower (e.g., 100 kW or 150 kW).

Yes, but your EV will charge at its maximum supported speed, which could be less than 350 kW. However, the charger will still deliver faster charging compared to lower-powered chargers.

While a 350 kW charger is indeed very fast, Tesla vehicles do not yet fully support charging at that speed. Currently, Tesla’s Supercharger V3 can charge up to 250 kW for certain models like the Tesla Model S Plaid, Model 3, and Model X.

This means that while a 350 kW charger is technically faster, Tesla vehicles will only charge at the maximum rate they support (typically up to 250 kW). Even so, this still represents significant improvements over standard chargers and will provide faster charging times compared to slower charging stations.

In the future, Tesla may release newer models or update existing models to support higher charging speeds, potentially enabling full use of 350 kW chargers.

For now, 350 kW chargers will still charge your Tesla faster than older, lower-power chargers, but it will not reach the full potential of 350 kW.