EV Charging

Global EV charging infrastructure has evolved into a regulated, capital-intensive, and uptime-sensitive distributed network. According to a recent forecast by IHS Markit, deployment of EV charging stations is expected to grow at a global rate of 31% CAGR to more than 66 million units by 2030.

D-Link’s Strategic Position

Edge Transformation
D-Link transforms EV charging sites into resilient industrial edge nodes by integrating industrial PoE switches and M2M connectivity.

Operational Protection
Our hardened network stack eliminates connectivity blind spots to secure revenue streams and mission-critical operational telemetry.

End-to-End Solution
D-ECS Cloud Management platform unifies EV charging operations, cutting maintenance burden and overhead with a scalable standardized solution.

Solution Features

5G SA & NSA

Leverage flexible 4G/5G dual-mode compatibility to adapt seamlessly to diverse carrier networks.

PoE Connectivity PSE

LAN PoE ports to connect multiple PD devices for high-throughput EV Charging applications.

DIN-Rail Installation

Space-saving DIN-Rail design ensures easy installation, maintenance, and clutter-free wiring.

Industrial-Grade Durability

Corrosion-resistant zinc-plated steel casing and robust design ensure reliable operation in harsh environments.

Secure VPN Protection

Protect sensitive data transmission via secure VPN tunnels to prevent unauthorized network access.

6KV Ethernet Surge Protection

Shields all Ethernet ports against 6kV electrical surges for uninterrupted network connectivity.

Applications

Charging Point

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Charging Station

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Charging Pool

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Charging Point

Application Background (Target: 1-2 EV Chargers + Dual IP Cameras)

Deployment: Residential, gas station or roadside

Extreme Heat: Hardware is confined in tight, unventilated outdoor cabinets.
Lack of Infrastructure: Trenching fixed-line broadband is prohibitively expensive or physically impossible.

Solution Needed: A compact, wireless-first, heat-resilient edge network for seamless payment and video transmission.

Solution Benefits

Extreme Environmental Resilience
4G/5G M2M modems endure -30°C to 70°C, guaranteeing zero network degradation in high-heat outdoor cabinets.
Seamless 5G/4G Connectivity
Stay always connected with 5G/4G cellular backhaul, guaranteeing non-stop payment authorization and 24/7 video surveillance without fixed lines.
Automated Remote Maintenance
Eliminate costly truck rolls with PoE modem Auto-Reboot, automatically detecting and restarting frozen IP cameras without on-site visits.

Cost-Efficient Network Solution

DWM-314-TP

4G Multi-Connect PoE Modem

BCB-P01

2 Megapixel H.265 Outdoor Bullet Camera

BNR-004

H.265 4-Channel Network Video Recorder

High Performance Network Solution

DWM-314-GP

5G Multi-Connect PoE Modem

BCD-P01

2 Megapixel H.265 Outdoor Dome Camera

BNR-004

H.265 4-Channel Network Video Recorder

Charging Station

Application Background (Target: 4-10+ EV Chargers, NVR, IP Cameras)

Deployment: Commercial retail centers, parking space, MDU or shopping mall

Space-Constrained Cabinets: Hardware is confined in tight, unventilated outdoor cabinets.
Infrastructure Limitations: Deploying traditional wired broadband is often cost-prohibitive or structurally unfeasible.

Solution Needed: A compact, wireless-enabled, high-port-density, and heat-resilient edge network for seamless payment and video transmission.

Solution Benefits

Compact Design & Extreme Resilience
The 4G/5G M2M Modems and Industrial Switches feature a space-saving footprint and endure extreme temperatures, guaranteeing zero network degradation in high-heat cabinets.
Seamless 5G/4G Connectivity
Go cable-free with 5G/4G cellular backhaul, ensuring uninterrupted payment processing and round-the-clock video monitoring.
Simplified PoE Installation
Multiple PoE ports deliver direct power to IP cameras, drastically minimizing cabling requirements, installation costs, and deployment complexity.

Cost-Efficient Network Solution

DWM-311

4G M2M Modem