
MP-1-3.5MW ChargeStack 1000 Megawatt Ultra-fast DC Charger-2994
The China Moneypro ChargeStack 1000 is a next‑generation megawatt DC charging system designed for ultra‑high–power EV charging hubs, fleet depots, and heavy‑vehicle stations. Engineered with flexible modular power architecture, PV + ESS integration readiness, and advanced intelligent charging management, this system delivers scalable performance from 1 MW up to 3.5 MW, redefining large‑scale electrified transport charging infrastructure.
Scalable, High‑Throughput & Grid‑Friendly Megawatt Charging
The China Moneypro ChargeStack 1000 is a next‑generation megawatt DC charging system designed for ultra‑high–power EV charging hubs, fleet depots, and heavy‑vehicle stations. Engineered with flexible modular power architecture, PV + ESS integration readiness, and advanced intelligent charging management, this system delivers scalable performance from 1 MW up to 3.5 MW, redefining large‑scale electrified transport charging infrastructure.
Modular & Scalable Megawatt Charging
1+X Growth Architecture
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Modular design supports flexible expansion from 1 MW to 3.5 MW total charging capacity as demand grows.
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Supports MCS (1500 A) and CCS2 (500 A / oil‑cooled up to 800 A) charging standards for diverse EV fleets including heavy‑duty vehicles and trucks.
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Decoupled cabinet architecture enables future upgrades (e.g., MCS performance or V2G support) without hardware replacement — reducing upgrade costs significantly.
Benefits:
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Scales with future charging demand without costly system switchover.
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Wide compatibility with high‑current EV charging standards.
High‑Efficiency, High‑Throughput Charging
Boost Performance & Uptime
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Enables a 30‑minute “Power Nap Charge” at up to 1500 A, delivering ~600 kWh (SOC 10 → 95 %) — accelerating throughput for heavy commercial EVs.
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Proprietary SiC power modules achieve approximately 97 % conversion efficiency for minimal energy loss.
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Full‑Matrix Power Distribution technology increases overall charging throughput by ~33 % and delivers ~98.5 % uptime, even in varied climatic conditions.
Advantages:
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Significantly reduces charging time for fleet and transport vehicles.
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Highly efficient operation reduces operating costs and maximizes energy utilization.
Intelligent Grid Integration & Energy Optimization
Smart Charging & Renewable Enablement
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Seamlessly integrates with solar PV and energy storage systems (ESS) for optimized energy flow and demand response.
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Supports grid‑friendly operation and smart energy dispatch for peak shaving, valley arbitrage, and virtual power plant participation — increasing station profitability.
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Cloud/web‑based remote monitoring, diagnostics, and commissioning tools enhance lifecycle reliability and station uptime.
Benefits:
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Enables higher revenue through intelligent energy management.
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Reduces grid impact and improves sustainability performance.
User‑Centric Experience & Operational Features
Designed for Operators & Drivers
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Features plug‑and‑charge, dynamic reactive power control, ergonomic cable design, and smart lighting to enhance usability and driver experience.
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Integrated with OCPP 2.0.1 support, enabling modern charging network management and interoperability across platforms.
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Deployment achievable in ~2–4 weeks with global service support, backed by worldwide field teams and 24/7 after‑sales coverage.
Advantages:
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Simplifies network operation and improves deployment speed.
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Elevates user satisfaction with intuitive charging interactions.
Why Choose China Moneypro ChargeStack 1000?
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Massive Power Scalability: From 1 MW to 3.5 MW with modular growth.
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High Efficiency & Throughput: Up to ~97 % efficient SiC power conversion.
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Smart Grid Integration: PV + ESS integration, VPP participation, and energy optimization.
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Superior Uptime: ~98.5 % operational reliability with full‑matrix distribution.
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Operator & Fleet Ready: Designed for large fleets, heavy vehicles, and public charging economies.
Key Specifications
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Charging Capacity: Scalable from 1 MW up to 3.5 MW total system capacity.
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Current Standards Supported: MCS (1500 A), CCS2 (500 A / oil‑cooled up to 800 A).
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Power Conversion Modules: SiC‑based, ~97 % peak efficiency.
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Charging Throughput: ~600 kWh delivered in ~30 minutes (Power Nap Charge).
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Uptime Reliability: ~98.5 % uptime with full‑matrix distribution.
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Grid Integration: PV + ESS, demand response, VPP ready.
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Communication & Protocols: OCPP 2.0.1, Web/Cloud monitoring & diagnostics.
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Deployment Time: ~2–4 weeks installation & commissioning.
Typical Applications
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High‑Throughput EV Charging Hubs: Large public charging stations on highways and urban mobility centers.
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Fleet & Logistics Depots: Charging for heavy trucks and commercial vehicle fleets.
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Destination Charging: Retail, transportation interchanges, and multi‑user destinations.
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Integrated Renewable Charging Projects: PV + storage + charging stations for green micro‑grids.
FAQ – Common Questions
Q1: What is the power range of the ChargeStack 1000 system?
The ChargeStack 1000 supports scalable power delivery from 1 MW up to 3.5 MW through a modular architecture that grows with demand.
Q2: What standards does the system support for connectors and current?
It supports MCS (1500 A) and CCS2 (500 A / oil‑cooled up to 800 A) for broad electric fleet compatibility.
Q3: How does it improve charging profitability?
By integrating PV + ESS and enabling energy management such as demand response and peak‑valley arbitrage, operators can increase station profitability by up to ~60 %.
Q4: Is plug‑and‑charge supported?
Yes — plug‑and‑charge, ergonomic design, and intelligent UI features improve user experience and reduce station training needs.
Q5: Is remote management available?
Yes — OCPP 2.0.1 compliance and cloud/web‑based monitoring enable centralized station control and diagnostics.
Specifications
| Parameter | Specification |
|---|---|
| Model | CDC1000E |
| AC input (Power Cabinet) | |
| Grid voltage | 3 / N / PE, 400 Vac (± 10 %) |
| Nominal grid frequency | 50 Hz / 60 Hz |
| Power factor | 0.9 C – 0.9 L |
| Standby power | ≤ 70 W |
| Earthing system | TN‑C, TN‑S, TN‑C‑S, TT |
| Total harmonic distortion (THDi) | < 5 % at full output power |
| Overvoltage category | III |
| DC output (Power Cabinet) | |
| Max. output power | 1000 kW (500 kW × 2) |
| Output voltage range | 150 Vdc ‑ 1000 Vdc |
| Number of outputs | Max. 12 |
| Maximum DC current per output | 800 A |
| Max. efficiency | 96.5 % |
| General data (Power Cabinet) | |
| Dimensions (W × H × D) | 800 mm × 2170 mm × 1126 mm |
| Operating temperature range | ‑35 °C – 55 °C |
| Operating humidity range | 5 % – 95 % (non‑condensing) |
| Max. operating altitude | ≤ 2000 m |
| Mechanical impact protection | IK10 (enclosure) |
| Enclosure rating | IP55 |
| Communication | |
| Communication interface | WLAN / 4G / Ethernet / RS485 |
| Communication protocol (charger‑to‑CSMS) | OCPP 1.6 J; Ready for OCPP 2.0.1 |
| User interface (Power Cabinet) | |
| Emergency stop | Yes |
| Display | LED indicator |
| Dispenser (CCS) | |
| Output voltage range | 150 Vdc ‑ 1000 Vdc |
| Communication to EV | DIN70121; ISO15118 |
| Standby power consumption | ≤ 40 W |
| DC energy meter | MID‑certified DC energy meter / Eichrecht‑certified DC energy meter (optional) |
| Dimensions (W × H × D) | 350 mm × 2050 mm × 720 mm |
| Operating temperature range | ‑35 °C – 50 °C |
| Operating humidity range | 5 % – 95 % (non‑condensing) |
| Max. operating altitude | ≤ 2000 m |
| Operating noise level | ≤ 65 dB(A) at 1 m / 25 °C, at full output power |
| Mechanical impact protection | IK10 (enclosure) |
| Enclosure rating | IP55 |
| Anti‑corrosion degree | C5 |
| User interface (Dispenser) | |
| User authentication | RFID‑card / Plug & play / Auto‑charge / Plug & charge / Payment terminal (optional) |
| Display | 10‑inch color touch screen |
| RFID system | ISO / IEC 14443 A / B; ISO / IEC 15693; NFC |
| Communication interface | Ethernet; RS485 |
| Emergency button | Yes |
| LED display | Yes |
| Cable management system | Yes |
| Firmware update | Over‑the‑air update |
| Multilanguage system | Yes |
| Protection (Dispenser) | |
| Over/under voltage protection | Yes |
| Overload protection | Yes |
| Over‑temperature protection | Yes |
| Leakage current protection | Yes |
| Surge protection | Yes |
| Short‑circuit protection | Yes |
| Certifications & standards | |
| Certifications | CE; CB |
| Compliance | ETSI / EN 300 328; EN 300 330; EN 301 489‑1/3/17/52; ETSI / EN 301 908‑1/13; EN 50665; BS / EN IEC 61851‑1; BS / EN IEC 61851‑21‑2; BS / IEC EN 61851‑23/24; EN IEC 62311 |
| Warranty | 3 years (standard) |



