HLF60K-D300-H1500 – 60 kW Lightweight DC/DC Converter | 1500 V Input, 300 V Output

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HLF60K-D300-H1500 is a 60KW ultra-high efficiency DC/DC converter. Converts 1200-1500VDC to 300VDC with >97% efficiency. Designed with advanced liquid cooling, CAN communication & robust protection for extreme industrial and mobile applications.
Model HLF60K-D300-H1500
Power 60KW
Use To Drone
Input Voltage 1200-1500Vdc
Output Voltage 300Vdc
Size 400*300*20mm
Detail

HLF60K-D300-H1500

60 kW Ultra-High Voltage DC/DC Converter for Tethered Drones & Underwater Robots

Overview

HLF60K-D300-H1500 is a high-power, ultra-high-voltage DC/DC converter purpose-built for tethered drone power stations and underwater robot power systems. Delivering a continuous 60 kW from a 1200–1500 VDC input to a software-configurable 300 VDC output at >97% peak efficiency, it serves as the high-density power conversion core for high-voltage tether cables, battery racks, and next-generation unmanned platform power delivery. Engineered with liquid-cooled thermal management, dual isolated CAN FD control, and a parallel-ready architecture, this converter delivers the scalability, redundancy, and digital intelligence required for continuous, high-availability drone and underwater operations.


Applications

  • Tethered Drone Power Stations – Converts 1200–1500 VDC from ground power units or battery banks to 300 VDC for onboard drone power distribution.

  • Underwater Robot Power Supplies – Provides stable 300 VDC from high-voltage tether cables for ROVs, AUVs, and subsea equipment.

  • High-Voltage Tether Systems – Directly interfaces with long tether cables.

  • Mobile Ground Power Units – Compact, rugged design supports rapid deployment in field operations, disaster relief, and remote inspection.

  • Battery-Powered Unmanned Platforms – Provides a stable DC bus for lithium-ion battery systems.

  • High-Availability Power for Critical Missions – Ideal for ISR, heavy-lift logistics, underwater inspection, and subsea intervention.


Technical Specifications

ParameterSpecification
ModelHLF60K-D300-H1500
Input Voltage Range1200 – 1500 VDC
Output Voltage300 VDC (factory-default; field-programmable via CAN)
Output Power60 kW continuous
Output Current (nominal)~200 A @ 300 VDC
Peak Efficiency>97% @ 50–100% load; >96.5% @ full load
Thermal Dissipation~2.1 kW @ full load (coolant inlet ≤45°C, flow ≥8 L/min)
Standby Power Consumption<15 W (idle mode)
Communication & ControlDual isolated CAN FD 2.0 (CAN-open support), full digital monitoring, data logging, FOTA
ProtectionsUVP, OVP, OCP, SCP, OTP, reverse polarity, input surge
Fault DiagnosticsReal-time fault logging with time-stamped event history; AI-ready telemetry
Parallel OperationActive current sharing with ±5% imbalance (master-less), up to 10 units
Cooling SystemForced liquid cooling (mandatory); cold plate integrated; water-glycol 30%–50%
Coolant Flow Rate≥8 L/min (recommended); 6 L/min (minimum for derated operation)
Coolant Inlet Temperature-20°C to +55°C (full power up to 45°C; derating above 45°C)
Weight≤25 kg
Operating Temperature-40°C to +55°C (ambient, derating above 55°C)
Storage Temperature-40°C to +85°C
Relative Humidity5% – 95% (non-condensing)
Altitude≤3000 m (derating above 2000 m)
MTBF>500,000 hours (Telcordia SR-332, ground fixed, 40°C)
MTTR<30 minutes (field-replaceable modules)

Protection & Safety Features

Protection TypeDescription
Input Under-Voltage Lockout (UVLO)Shuts down when input drops below 1200 VDC; auto-restart upon recovery
Input Over-Voltage Protection (OVP)Shuts down when input exceeds 1500 VDC; auto-restart upon recovery
Output Over-Voltage ProtectionClamps output at 320 VDC; latches off, requires reset
Output Over-Current ProtectionLimits current at 220 A (110% of nominal); constant current with foldback after 10 s
Short-Circuit ProtectionHiccup mode with auto-recovery
Over-Temperature ProtectionShuts down at 90°C (coolant outlet); auto-restart at 75°C
Reverse Polarity ProtectionInput protected against reverse connection (≤ -100 VDC for 1 minute)
Input Surge ProtectionWithstands 1000 VDC surges for 100 ms per IEC 61000-4-5

Why Choose the HLF60K-D300-H1500?

✅ Proven Efficiency for Demanding Missions

97% peak efficiency improves system endurance and reduces thermal load.

✅ True Redundancy with Active Current Sharing
Parallel up to 10 units with <5% imbalance, enabling N+1, 2N, or distributed redundancy without external controllers.

✅ Certified for Mission-Critical Uptime
Compliant with IEC 61800-5-1; hardware designed to support ISO 26262 ASIL-D, ensuring 99.999% availability.

✅ Intelligent, Software-Defined Power Core
Remote configuration, firmware updates, predictive maintenance, and energy optimization via CAN FD.

✅ Thermally Optimized for Continuous Heavy Loads
Liquid-cooled cold plate ensures stable 60 kW continuous operation.

✅ Built for Extreme Conditions
Rugged industrial design from -40°C to +85°C, with comprehensive surge and transient protection.

✅ Scalable Building Block for Megawatt Systems
Modular design scales from 60 kW to 6 MW+ by paralleling multiple units.


FAQ

What is the HLF60K-D300-H1500?
A 60 kW ultra-high-voltage DC/DC converter with 1200–1500 VDC input and 300 VDC output, designed for tethered drones and underwater robots.

What is the input voltage range?
1200–1500 VDC.

What is the output voltage?
300 VDC, factory-default, field-programmable via CAN FD.

What is the efficiency?

97% peak, >96.5% at full load.

Does it support parallel operation?
Yes, up to 10 units with active current sharing (±5% imbalance).

What cooling is required?
Forced liquid cooling (mandatory).

What protections are included?
UVP, OVP, OCP, SCP, OTP, reverse polarity, and input surge protection.


Ordering & Support

HLF60K-D300-H1500

For detailed technical specifications, thermal integration guidelines, parallel configuration support, or to discuss your specific application requirements, please contact our Unmanned Systems Power Solutions Engineering Team.

This document is for informational purposes and may be updated without notice. All specifications are subject to change. For the latest version, please contact the manufacturer.