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The ACE Solar EVDS Charging Station redefines efficiency for commercial and industrial (C&I) electric vehicle fleets. As global EV adoption surges, businesses face mounting pressure to deploy charging solutions that balance speed, compatibility, and sustainability. The EVDS series answers this demand with a modular, solar-integrated architecture capable of delivering 120–480kW of power while supporting all major global charging protocols. Engineered for high-traffic environments like logistics hubs, retail centers, and fleet depots, this station combines industrial robustness with intelligent energy management to minimize operational costs and maximize uptime.
1. Power & Performance
Output Range: 50–1,000VDC with constant power maintained between 300–1,000VDC, ensuring compatibility with current and next-gen EVs (e.g., heavy-duty trucks and high-voltage battery systems).
Dual-Gun Flexibility: Two connectors operate simultaneously, enabling either single-vehicle ultra-fast charging (e.g., 320kW for a semi-depleted 400kWh battery in <30 mins) or dual-vehicle shared power allocation.
Dynamic Protocols: Auto-identifies vehicle BMS protocols (CCS, CHAdeMO, NACS, GB/T), eliminating compatibility concerns.
2. Energy Efficiency & Solar Integration
Wide Input Voltage: 300VAC ±20% tolerance ensures stability in grid-fluctuating regions.
Renewable Optimization: Seamlessly integrates with solar PV systems, redirecting excess solar energy to EV charging—reducing grid dependency and operational costs by up to 70%.
Zero-Standby Consumption: Power modules draw 0W when idle, while the controller uses <30W, slashing idle energy waste.
3. Durability & Environmental Adaptation
HALT-Tested Reliability: Validated under extreme conditions (-80°C to 100°C and 40G shock/vibration resistance) for uninterrupted operation in harsh climates.
Thermal Management: Separate hot/cold air ducts prevent overheating, enabling 24/7 operation without performance decay.
Low Noise Emission: <65 dB operation suits noise-sensitive areas like urban parking structures.
Table: Key Technical Specifications
| Feature | Specification |
|---|---|
| Output Power Range | 120kW–480kW (configurable) |
| DC Voltage Range | 50–1,000VDC |
| Connector Standards | CCS, CHAdeMO, NACS, GB/T (dual-selectable) |
| Dimensions (H×W×D) | 600 × 600 × 2,200 mm |
| Standby Consumption | 0W (power module), <30W (controller) |
| Certifications | OCPP 1.6, OCA Full+ Security |
1. Cloud-Based Control
Remote Diagnostics: Proactively detect faults via the cloud platform, reducing maintenance visits by 40%.
OCPP 1.6 Compliance: Ensures interoperability with third-party energy management systems (e.g., dynamic load balancing during peak hours).
2. Intuitive Interface
10" Touchscreen Display: Real-time data on charging status, cost, and energy sources (solar/grid/battery).
Multi-Language Support: English, Mandarin, German, Spanish, and more for global deployments.
3. Payment & Access Flexibility
Supports RFID cards, mobile apps, and credit/debit terminals (Nayax integration).
Reservation function via app to optimize fleet charging schedules.
1. Modular Scalability
DPM1000/40 Charging Modules: Hot-swappable design allows on-site upgrades or repairs without shutdowns. Expand from 200kW to 480kW by adding modules.
Space-Efficient Design: Wall-mountable or freestanding with cable-routing options for clutter-free installations.
2. Sustainability Synergy
Solar-Ready Architecture: Interfaces with ACE Solar’s HY Series Hybrid Systems and NASA Series Storage for 100% renewable charging.
Grid Relief: Reduces peak-demand stress by prioritizing solar/battery power, cutting grid electricity costs by 30–70%.
3. Future-Proofing
Software-Upgradable: PnC (Plug & Charge) and V2G (Vehicle-to-Grid) support via future updates.
Adaptive to Renewable Variability: Tolerates fluctuations in solar/wind input, ensuring stable charging.
Fleet Depots: Tiered charging prioritizes delivery vehicles during daylight (solar-powered) while overnight charging uses off-peak grid/battery power.
Highway Rest Stops: Dual-gun design services two vehicles concurrently, minimizing wait times during travel peaks.
Solar Farms/Microgrids: Direct DC coupling with PV arrays eliminates inverter losses, boosting efficiency by 5–8%.
Compared to solutions like SolarEdge’s ONE Charger, the EVDS series offers broader protocol support (including GB/T for Chinese markets), higher power density (480kW vs. 175kW), and modular maintenance—critical for minimizing downtime in commercial settings. Its cold-climate resilience (-80°C operation) outperforms typical stations rated for -30°C.
The ACE Solar EVDS Charging Station transcends conventional EV infrastructure by merging ultra-fast charging with renewable energy agility. For businesses navigating the EV transition, it delivers CAPEX efficiency (scalable power), OPEX savings (solar optimization), and compliance longevity (multi-standard support). As regulations push for zero-emission fleets, this platform provides a turnkey solution to future-proof investments while championing sustainability.
Multiple Power Options:120kW,160kW,240kW,320kW,480kW
Wide Output Range DC output voltage:50-750VDC/50-100OVDC
Constant power voltoge range:300-1000VDC
Unique Cooling Design:Separate air ducts for hot and cold airflow
Dual-Gun Charging Supports simultaneous charging of one vehicle with two connectors
Features:
· OCA Full+Security Certified
· Comply with multiple standards as CCS,CHAdeMO,NACS,GB/T
· Multiple outputs:DC powercovers 200kW~320kW,and 2DC Connectors could be usedsimultaneously
· The standby consumption is OW for the powermodule and <30W for the charger equipped with three-type controller that integrates communication,controland monitoring,and supportscontactless charging terminals(Nayax)
· Supports CCS,CHAdeMO,NACS,and GB/T,any one or two standards to form charging station
· Cloud based Remote Maintenance System
· Reliable,robust,modularsystem hardware
· Easy &fast Installation
· High Resoulation Touch Screen Display
· Fully Compatible with OCPP Protoool
· Supports RFID,APP,Debit/Credit Card reader
· Low operational noise
· Customizable
· Supports Multiple Languages
The ACE Solar EVDS Charging Station redefines efficiency for commercial and industrial (C&I) electric vehicle fleets. As global EV adoption surges, businesses face mounting pressure to deploy charging solutions that balance speed, compatibility, and sustainability. The EVDS series answers this demand with a modular, solar-integrated architecture capable of delivering 120–480kW of power while supporting all major global charging protocols. Engineered for high-traffic environments like logistics hubs, retail centers, and fleet depots, this station combines industrial robustness with intelligent energy management to minimize operational costs and maximize uptime.
1. Power & Performance
Output Range: 50–1,000VDC with constant power maintained between 300–1,000VDC, ensuring compatibility with current and next-gen EVs (e.g., heavy-duty trucks and high-voltage battery systems).
Dual-Gun Flexibility: Two connectors operate simultaneously, enabling either single-vehicle ultra-fast charging (e.g., 320kW for a semi-depleted 400kWh battery in <30 mins) or dual-vehicle shared power allocation.
Dynamic Protocols: Auto-identifies vehicle BMS protocols (CCS, CHAdeMO, NACS, GB/T), eliminating compatibility concerns.
2. Energy Efficiency & Solar Integration
Wide Input Voltage: 300VAC ±20% tolerance ensures stability in grid-fluctuating regions.
Renewable Optimization: Seamlessly integrates with solar PV systems, redirecting excess solar energy to EV charging—reducing grid dependency and operational costs by up to 70%.
Zero-Standby Consumption: Power modules draw 0W when idle, while the controller uses <30W, slashing idle energy waste.
3. Durability & Environmental Adaptation
HALT-Tested Reliability: Validated under extreme conditions (-80°C to 100°C and 40G shock/vibration resistance) for uninterrupted operation in harsh climates.
Thermal Management: Separate hot/cold air ducts prevent overheating, enabling 24/7 operation without performance decay.
Low Noise Emission: <65 dB operation suits noise-sensitive areas like urban parking structures.
Table: Key Technical Specifications
| Feature | Specification |
|---|---|
| Output Power Range | 120kW–480kW (configurable) |
| DC Voltage Range | 50–1,000VDC |
| Connector Standards | CCS, CHAdeMO, NACS, GB/T (dual-selectable) |
| Dimensions (H×W×D) | 600 × 600 × 2,200 mm |
| Standby Consumption | 0W (power module), <30W (controller) |
| Certifications | OCPP 1.6, OCA Full+ Security |
1. Cloud-Based Control
Remote Diagnostics: Proactively detect faults via the cloud platform, reducing maintenance visits by 40%.
OCPP 1.6 Compliance: Ensures interoperability with third-party energy management systems (e.g., dynamic load balancing during peak hours).
2. Intuitive Interface
10" Touchscreen Display: Real-time data on charging status, cost, and energy sources (solar/grid/battery).
Multi-Language Support: English, Mandarin, German, Spanish, and more for global deployments.
3. Payment & Access Flexibility
Supports RFID cards, mobile apps, and credit/debit terminals (Nayax integration).
Reservation function via app to optimize fleet charging schedules.
1. Modular Scalability
DPM1000/40 Charging Modules: Hot-swappable design allows on-site upgrades or repairs without shutdowns. Expand from 200kW to 480kW by adding modules.
Space-Efficient Design: Wall-mountable or freestanding with cable-routing options for clutter-free installations.
2. Sustainability Synergy
Solar-Ready Architecture: Interfaces with ACE Solar’s HY Series Hybrid Systems and NASA Series Storage for 100% renewable charging.
Grid Relief: Reduces peak-demand stress by prioritizing solar/battery power, cutting grid electricity costs by 30–70%.
3. Future-Proofing
Software-Upgradable: PnC (Plug & Charge) and V2G (Vehicle-to-Grid) support via future updates.
Adaptive to Renewable Variability: Tolerates fluctuations in solar/wind input, ensuring stable charging.
Fleet Depots: Tiered charging prioritizes delivery vehicles during daylight (solar-powered) while overnight charging uses off-peak grid/battery power.
Highway Rest Stops: Dual-gun design services two vehicles concurrently, minimizing wait times during travel peaks.
Solar Farms/Microgrids: Direct DC coupling with PV arrays eliminates inverter losses, boosting efficiency by 5–8%.
Compared to solutions like SolarEdge’s ONE Charger, the EVDS series offers broader protocol support (including GB/T for Chinese markets), higher power density (480kW vs. 175kW), and modular maintenance—critical for minimizing downtime in commercial settings. Its cold-climate resilience (-80°C operation) outperforms typical stations rated for -30°C.
The ACE Solar EVDS Charging Station transcends conventional EV infrastructure by merging ultra-fast charging with renewable energy agility. For businesses navigating the EV transition, it delivers CAPEX efficiency (scalable power), OPEX savings (solar optimization), and compliance longevity (multi-standard support). As regulations push for zero-emission fleets, this platform provides a turnkey solution to future-proof investments while championing sustainability.
Multiple Power Options:120kW,160kW,240kW,320kW,480kW
Wide Output Range DC output voltage:50-750VDC/50-100OVDC
Constant power voltoge range:300-1000VDC
Unique Cooling Design:Separate air ducts for hot and cold airflow
Dual-Gun Charging Supports simultaneous charging of one vehicle with two connectors
Features:
· OCA Full+Security Certified
· Comply with multiple standards as CCS,CHAdeMO,NACS,GB/T
· Multiple outputs:DC powercovers 200kW~320kW,and 2DC Connectors could be usedsimultaneously
· The standby consumption is OW for the powermodule and <30W for the charger equipped with three-type controller that integrates communication,controland monitoring,and supportscontactless charging terminals(Nayax)
· Supports CCS,CHAdeMO,NACS,and GB/T,any one or two standards to form charging station
· Cloud based Remote Maintenance System
· Reliable,robust,modularsystem hardware
· Easy &fast Installation
· High Resoulation Touch Screen Display
· Fully Compatible with OCPP Protoool
· Supports RFID,APP,Debit/Credit Card reader
· Low operational noise
· Customizable
· Supports Multiple Languages
