New Product: 2000W CRPS Module Power Supply - ES22000 Series
Introduction
Following the launch of the ES23200 Series 3200W CRPS Module Power Supply, EDAC POWER continues to expand its high-power CRPS product line with the introduction of the new ES22000 Series. Sharing the same platform as the ES23200 — including identical form factor, intelligent management architecture, and safety protection design — the ES22000 Series differentiates itself with a maximum output of 2000W and a wider input voltage range starting from as low as 90VAC. Designed for high-performance servers, routers, network switches, high-performance computing (HPC), data centers, and enterprise-class storage systems, it helps maintain stable power delivery and optimal performance under long-term, high-load operating conditions.
Wider Input Range, Broader Deployment Flexibility
Building on the ES23200 Series, the ES22000 Series further expands its input voltage range, supporting a wide input of 90–264VAC or 180–400VDC. It operates reliably from as low as 90VAC, while the DC input upper limit is raised to 400VDC, accommodating a broader range of global power environments and system deployment requirements.
The product meets the 80 PLUS® Titanium efficiency certification, making it particularly well-suited for high-density servers and data centers operating continuously for extended periods, significantly reducing electricity costs and cooling expenses in line with ESG standards.
In addition, the ES22000 Series features built-in I²C Communication and supports the PMBus Protocol, enabling real-time acquisition of power status and parameters for convenient system management and remote monitoring. It also integrates a 256-Byte EEPROM, facilitating system parameter configuration, data storage, and maintenance management, greatly enhancing intelligent power management capabilities.
Enterprise-Grade Redundancy and Complete Protection
The product supports parallel operation with active current sharing, and is compatible with N+M Smart Redundancy (N+M ≤ 4) to build a high-reliability backup system. Even if a single power module malfunctions, the system continues to operate stably without interruption. High-reliability protection design and intelligent redundancy architecture have always been at the core of enterprise-level power supply design.
The ES22000 Series incorporates a comprehensive safety protection mechanism to effectively safeguard system and equipment integrity under abnormal conditions, including:
- Short Circuit Protection
- Overvoltage Protection
- Under Voltage Protection
- Overcurrent Protection
- Over-temperature protection
The ES22000 Series features a compact form factor of 185mm (L) x 73.5mm (W) x 40mm (H), saving rack space and allowing more computing units to be placed within a limited area — ideal for server and high-density device designs. It complies with IT product safety standards (UL/EN/IEC 62368-1), incorporates a variable-speed fan cooling design, and supports operating altitudes of up to 5,000 meters, providing excellent environmental adaptability. Dual LED Status Indicators with Fault Indication enable real-time monitoring of power supply status, delivering higher maintenance efficiency and system reliability.
From the ES23200 Series at 3200W to the new ES22000 Series at 2000W, EDAC POWER continues to grow its CRPS module power supply lineup, offering a more complete power solution for high-performance systems across varying power requirements and power environments.
For more information, please contact our sales team: sales@edac.com.tw
Product Highlights
- Up to 2000W output power
- Wide input range: 90–264VAC / 180–400VDC
- Protection: Short Circuit / Over Voltage / Under Voltage / Over Current / Over Temperature
- Meets 80 PLUS® Titanium efficiency certification
- Built-in I²C Communication with PMBus Protocol
- Built-in 256-Byte EEPROM
- Parallel Operation with Active Current Sharing
- N+M Smart Redundancy (N+M ≤ 4)
- Variable-speed Fan Cooling
- Operating Altitude up to 5,000 Meters
- Dual LED Status Indicators with Fault Indication
