80KW EV Charging Electric Stations

80KW EV Charging Electric Stations
Details:
Output Power: 60KW-120KW 150V -1000V DC 200A
Output Plugs: Dual CCS1 plug with 5M cable
Communication: Support OCPP1.6 /Ethernet / WIFI/ 4G
IP Level: IP54 (Indoor/Outdoor)
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Description
Technical Parameters

Items

Product

80KW EV Charging Electric Stations

AC input Data

Input

400V AC +/-15%, Rated 380VAC; 3 phase+ neutral + PE; 45-65Hz

DC Output Data

Output

80KW-120KW / 200-1000V DC / 200A

Output Plugs

CS2 / CCS1 /CHADEMO / GBT; cable length 5M or customized

Communication

Internet

Ethernet/WIFI/4G communication

Protocol

OCPP1.6

Environmental Data

Operating

-30℃to +50℃;5% ~ 95% no condensation;≤2000m

IP Level

IP54 (Indoor/Outdoor)

DC fast charging is a method that quickly replenishes EV batteries, often within 30 minutes. Unlike AC charging, which is slower and typically used for overnight charging at home, DC fast charging is ideal for brief stops, making it perfect for long-distance travel.

Direct current (DC) charging is more efficient and faster than alternating current (AC), which is why rapid chargers utilize DC power. Although DC fast EV Charging Electric Stations are more expensive than slower alternatives, they are commonly located along highways or in urban areas, providing a convenient option for quick top-ups during trips.

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How to Design a DC Fast Charging Site?

1. Long-term Planning: EV infrastructure is growing rapidly, with projections indicating a significant future market. Therefore, future-proofing the site is crucial. This includes building extra electrical capacity and ensuring efficient wiring for future expansion.

2. EV Charging Electric Stations Placement: Location selection should balance proximity to grid infrastructure with customer convenience. Layout efficiency can reduce costs, and cellular connectivity should be optimized to enhance user experience.

3. Installation: Preparation includes ensuring proper drainage, anchoring, and clearance for heat dissipation. Site specifics like concrete surfaces and airflow around stations also play a role.

4. Customer Accessibility: Sites should accommodate different user abilities, provide vehicle access for larger EVs, and ensure shelter and ease of movement between stations and facilities.

5. Signage, Branding, and Lighting: Effective signage ensures visibility, while branding strengthens customer retention. Proper lighting ensures safety and usability around the clock.

6. Additional Revenue Opportunities: Enhancing customer experience by offering services like retail, restaurants, and car maintenance can create new revenue streams. Free amenities like rest areas and Wi-Fi also improve customer satisfaction.

Overall, the article emphasizes the importance of balancing technical considerations with customer convenience to create a successful DC fast EV Charging Electric Stations site.

 

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