HKS2700D1 2700W Titanium 12V CRPS Power Supply

CORE ADVANTAGES

2700W CRPS Titanium Power Supply for High-Density Server Platforms

The HKS2700D1 provides 2700W output for AI servers, GPU-assisted compute platforms, cloud compute nodes, high-density storage systems, and data center equipment that require strong 12V power delivery in a compact CRPS power module.

2700W High-Power CRPS Capacity

Titanium-Level Efficiency Design

Certified by 80 PLUS® Titanium , this model delivers high-efficiency performance, reaching ≥96% efficiency at 50% load and ≥93.5% at 100% load , helping reduce power loss and heat generation in high-utilization server environments.

Compact 1U CRPS Structure

Built in a standard 185 × 73.5 × 40 mm CRPS form factor, this model provides high power density while remaining suitable for dense rack server chassis and space-limited power bay designs.

Wide Input Compatibility

It supports 90–264Vac AC input , 47–63Hz frequency range, and 240Vdc input , making it suitable for data center racks, cloud server rooms, AI infrastructure, and DC-supported power environments.

Strong 12V Output Performance

The unit delivers up to 221.6A on the +12V main output under 230Vac input conditions, together with a +12VSB standby output up to 2.1A for standby control and system management functions.

Built for High-Availability Deployment

N+1 redundancy, cold backup, hot-swappable capability, black-box fault logging, online upgrade support, forced air cooling, high power factor, low harmonic distortion, and multiple protection functions help support reliable operation in demanding server platforms.

MODEL SELECTION

Compare Huntkey power options.

Review nearby Huntkey models and select the output level and form factor that best match the target system.

Product Category	Model	Power	Output Current	Efficiency	Form Factor	Best-Fit Application
CRPS 12V Platinum	HKS360A1-CN	360W	12V / 30A	Platinum	CRPS	Compact servers, industrial PCs, and embedded control platforms
CRPS 12V Platinum	HK2400B-S1	2400W	12V / 195A	Platinum+	CRPS	General-purpose servers, storage servers, and AI server platforms
CRPS 12V Platinum	HK2000B-S1	2000W	12V / 164A	Platinum+	CRPS	High-density compute, storage, and data center systems
CRPS 12V Platinum	HK1600B-S1	1600W	12V / 132A	Platinum+	CRPS	Enterprise servers, virtualization hosts, and medium-density storage systems
CRPS 12V Platinum	HK1300B-S1	1300W	12V / 108A	Platinum+	CRPS	Standard 1U/2U servers, business applications, and enterprise IT platforms
CRPS 12V Platinum	HK800B-S1	800W	12V / 65A	Platinum+	CRPS	Network servers, industrial PCs, compact storage, and edge systems
CRPS 12V Platinum	HK550B-S1	550W	12V / 45A	Platinum+	CRPS	Edge gateways, compact network systems, industrial control, and security equipment
CRPS 12V Platinum	HKS2000C1-LP	2000W	12V / 164A	Platinum	CRPS	All-domestic high-power servers, storage systems, and AI server platforms
CRPS 12V Platinum	HKS1300C1-LP	1300W	12V / 108A	Platinum	CRPS	All-domestic enterprise servers, storage systems, and localized rack platforms
CRPS 12V Titanium	HKS3200D1-P	3200W	12V / 262A	Titanium+	CRPS	AI training servers, GPU compute platforms, and HPC clusters
CRPS 12V Titanium	HKS2700D1-P	2700W	12V / 221.6A	Titanium+	CRPS	High-density AI servers, cloud compute nodes, and accelerator platforms
CRPS 12V Titanium	HKS3600D1	3600W	12V / 295.1A	Titanium	CRPS	Extreme-density AI servers, GPU clusters, and high-power data center systems
CRPS 12V Titanium	HKS3200D1	3200W	12V / 262A	Titanium	CRPS	High-performance AI servers, HPC nodes, and cloud data center platforms
CRPS 12V Titanium	HKS2700D1	2700W	12V / 221.6A	Titanium	CRPS	Cloud compute nodes, GPU-assisted servers, and high-density storage platforms
CRPS 12V Titanium	HKS2000D1	2000W	12V	Titanium	CRPS	Efficient high-power server and storage platforms
CRPS 12V Titanium	HKS1300D1	1300W	12V	Titanium	CRPS	Enterprise servers requiring higher efficiency operation

DEPLOYMENT SCENARIOS

Where HKS2700D1 fits best.

The HKS2700D1 is designed for high-density server systems that need strong 12V output, Titanium-level efficiency, compact CRPS installation, and service-friendly redundant power design. It fits cloud compute nodes, GPU-assisted servers, high-density storage systems, AI inference platforms, HPC workload nodes, and data center rack environments where power density, efficiency, and uptime are important.

Scenario	System Requirement	Why HKS2700D1 Fits
Cloud Compute Nodes	Efficient power for scalable rack-mounted compute resources	2700W output supports high-utilization cloud infrastructure with strong 12V capacity
GPU-Assisted Servers	Reliable power delivery for accelerator-assisted compute hardware	+12V output up to 221.6A under 230Vac input supports demanding compute configurations
High-Density Storage Platforms	Continuous power for drive arrays, controllers, expanders, and cooling modules	Strong 12V output supports dense storage hardware and airflow demand
AI Inference Systems	Stable power for accelerators, CPUs, memory, and fans	Titanium efficiency helps support continuous AI inference workloads
HPC Workload Nodes	Reliable power for simulation, engineering, and scientific computing systems	High power density fits compute-intensive systems with limited PSU bay space
Redundant Data Center Platforms	Backup power design and easier PSU module replacement	N+1 redundancy with 0≤N≤3 and hot-swap support improve serviceability

POWER DESIGN

Reliability notes for continuous operation.

The HKS2700D1 focuses on high-efficiency 12V power delivery for cloud, GPU, storage, AI, and high-density data center systems. It provides 2700W output in a standard 185 × 73.5 × 40 mm CRPS structure, making it suitable for platforms that need strong power capacity without increasing the PSU installation footprint.

2700W output rating supports cloud compute nodes, GPU-assisted servers, AI inference systems, high-density storage platforms, and HPC workloads.
Under 110Vac input, the +12V rail supports up to 110.7A; under 210Vac input, it supports up to 208A; under 230Vac input, it supports up to 221.6A.
+12VSB standby output supports 0.1A to 2.1A, providing auxiliary power for standby control and system management.
Efficiency performance reaches ≥90% at 10% load, ≥94% at 20% load, ≥96% at 50% load, and ≥93.5% at 100% load.
The unit supports N+1 redundancy with 0≤N≤3, helping compatible systems build high-availability power architectures.
Black-box fault logging helps maintenance teams review abnormal power events and operating history.
Online upgrade capability supports system-level service and long-term platform maintenance.
Protection functions include input undervoltage, input overvoltage, input current limiting, output overvoltage, output overcurrent, output short circuit, and overtemperature protection.

INSTALLATION

Installation and operating guidance.

The HKS2700D1 is designed for forced air cooling and has an MTBF value of 200,000 H. For storage and transportation, it supports an air temperature range of -40°C to 70°C and relative humidity of 5%–100%. EMI performance is listed as EN55032 Class A, and ground leakage current is <3.5mA at 240V RMS. Safety standards include CE, CB, FCC, UL, TUV, LVD, CQC, and 80 Plus.

Installation / Operation Item	Guidance
Load Planning	Match the system power budget with the actual input condition, especially when using 110Vac, 210Vac, or 230Vac input
Input Connection	Use within the supported 90–264Vac input range or supported 240Vdc environment
Output Matching	Confirm that the server platform can safely use the available +12V output current under the selected input condition
Chassis Fitment	Confirm the 185 × 73.5 × 40 mm CRPS size before integrating the PSU into the server chassis
Redundant System Use	Use N+1 redundancy and hot-swap functions only with compatible power shelves, backplanes, and system control logic
Thermal Clearance	Keep intake and exhaust areas open to support forced air cooling during high-load operation
Operating Environment	Keep air temperature within 0–55°C and relative humidity within 5%–95%, with no condensation
Routine Maintenance	Check fan condition, dust buildup, connector seating, fault logs, and hot-swap operation during regular service

FAQ

Frequently asked questions about HKS2700D1.

Key answers for specification matching, installation planning, and system integration.

What type of power supply is the HKS2700D1?

The HKS2700D1 is a 2700W CRPS 12V Titanium power supply designed for cloud compute nodes, GPU-assisted servers, AI inference systems, high-density storage platforms, and data center environments.

What is the size of this model?

It uses a standard CRPS structure with a size of 185 × 73.5 × 40 mm , making it suitable for dense rack server systems with limited PSU bay space.

What input voltage range does it support?

The HKS2700D1 supports 90–264Vac AC input , 47–63Hz , and also supports 240Vdc input for compatible infrastructure environments.

What output does the HKS2700D1 provide?

It provides a +12V main output up to 221.6A under 230Vac input , together with a +12VSB standby output up to 2.1A .

Is this model suitable for cloud compute and GPU-assisted servers?

Yes. Its 2700W capacity, Titanium efficiency, and high +12V current make it suitable for cloud compute nodes, GPU-assisted servers, and accelerator-based platforms.

How does the output current differ by input voltage?

Under 110Vac input , the +12V output supports up to 110.7A . Under 210Vac input , it supports up to 208A . Under 230Vac input , it supports up to 221.6A , so system load planning should match the actual input environment.

What efficiency performance does this Titanium model provide?

It reaches ≥96% efficiency at 50% load and ≥93.5% at 100% load , helping reduce power loss and thermal pressure in high-utilization data center environments.

Does this model support hot swapping and redundancy?

Yes. It supports hot-swappable operation and N+1 redundancy with 0≤N≤3 , helping compatible systems improve power availability and maintenance flexibility.

HKS2700D1

Built for reliable, continuous power delivery.