Name: 60KW Air-cooled Bidirectional DC-DC
Brand: Lincoren
SKU: TR2890-M08
Rating: 5 (1 reviews)

Description

Product model	Rated Power	Va range	Ia range	Vb range	Ib range
TR2897-M08-XX	30KW	0~100VDC	0~300A	0~100VDC	0~300A
TR2898-M08-XX	60KW	0~500VDC	0~240A	0~500VDC	0~240A
TR2899-M08-XX	90KW	0~1000VDC	0~160A	0~1000VDC	0~160A

High-Power Bidirectional Energy Conversion for Demanding DC Systems
The 60KW Air-cooled Bidirectional DC-DC is built to deliver high-efficiency power transfer between DC buses in applications that require controlled charge, discharge, buck, and boost operation. As a professional dc to dc converter and dc converter solution, it supports four-quadrant bidirectional buck-boost control, making it well-suited for energy storage systems, EV test platforms, battery formation, and industrial microgrid architectures. For B-end buyers evaluating performance, controllability, and deployment value, this unit provides a practical balance of power density, operational flexibility, and system-level reliability where stable bidirectional energy flow is essential.

Fully Digital Control and Protection Designed for Vehicle-Grade Operation
Its value is backed by fully digital power control architecture, dual hardware and software protection, and a modular, vehicle-grade design that supports robust operation in demanding field conditions. The die-cast aluminum enclosure with IP67 protection helps the unit withstand dust, moisture, and outdoor installation challenges, while CAN communication with Bootloader support improves integration, diagnostics, and firmware maintenance across larger fleets or power platforms. For buyers comparing dc dc charger platforms, custom dc power supply options, or qualified dc dc converter manufacturers, these features provide concrete evidence of a product engineered for dependable control, maintainability, and long-term operational stability.

Well-Suited for OEM Integration, Energy Storage, and Industrial Electrification
In real-world use, this bidirectional converter fits projects that demand efficient DC bus management, battery interfacing, and scalable power conversion without unnecessary complexity. It can be deployed in ESS charge-discharge systems, renewable energy coupling, EV powertrain development, mobile equipment electrification, and other high-power DC applications where air-cooled architecture and modular implementation support practical installation and service planning. For system integrators, OEMs, and industrial users sourcing a high-capacity dc to dc converter, this model offers a reliable platform that aligns with performance targets, communication requirements, and environmental protection needs in commercial and industrial power environments.

Key Advantages

Stable Bidirectional Power Architecture
The 60KW air-cooled bidirectional unit is built for demanding energy transfer tasks that require both buck and boost operation in four quadrants, giving integrators a practical dc to dc converter platform for charge and discharge control. Fully digital control improves response accuracy and operating consistency, which helps reduce fluctuation under changing loads and supports stable system behavior in industrial power conversion, vehicle-related platforms, and energy storage interfaces. For buyers evaluating dc converter options from professional dc dc converter manufacturers, this structure provides measurable value through controllable power flow, repeatable performance, and dependable operation in real working conditions.

Industrial Reliability And Service Practicality
The modular design, vehicle-grade construction, and die-cast aluminum IP67 enclosure make this product well-suited for harsh outdoor and equipment-level installations where heat, dust, vibration, and moisture affect service life. Dual hardware and software protection adds a real maintenance advantage because it helps limit fault impact, improves operating safety, and supports more predictable troubleshooting. CAN communication with Bootloader support also makes firmware management and system integration more practical, which is important for OEMs and system builders sourcing a custom dc power supply, a high-power dc dc charger, or a reliable bidirectional conversion module for long-term deployment.

Use Scenarios

Energy Storage And DC Bus Integration
In energy storage cabinets, microgrid equipment rooms, and hybrid DC bus systems, operators need controlled bidirectional power conversion between battery packs and high-voltage DC lines to manage charging, discharging, and bus stabilization. This product serves as a high-power dc to dc converter that supports accurate buck and boost transfer while maintaining stable response under variable load conditions. Its digital control, protection design, and modular structure make it a practical fit for these environments because system integrators need reliable coordination, maintainable architecture, and consistent performance over extended operating cycles.

Vehicle Test Platforms And Electrification Systems
In laboratory validation benches, commercial vehicle electrification projects, and off-highway electric equipment, engineering teams often need a bidirectional dc dc charger or dc converter that can handle energy feedback, regulated power exchange, and demanding environmental conditions. This unit functions as a stable conversion interface between battery systems and DC sources or loads, helping users address test accuracy, power regulation, and equipment protection requirements. The vehicle-grade design, air-cooled structure, CAN communication, and IP67 enclosure make it well-suited for these scenarios because they support practical integration, dependable operation, and easier lifecycle management.

FAQ

Q1. Can this unit support bidirectional power flow in both buck and boost modes?
Yes, we support bidirectional operation through four-quadrant buck-boost control. This dc to dc converter is designed for bidirectional convert, buck, and boost functions, making it well-suited for regulated energy transfer in demanding system architectures.

Q2. How does this product help with integration into our control system?
The unit uses fully digital control and supports CAN with Bootloader. For system-level integration, our 60KW dc dc charger platform is practical for applications that require digital communication, parameter management, and stable coordination with higher-level controllers.

Q3. Is the enclosure suitable for harsh industrial or vehicle operating environments?
The enclosure is die-cast aluminum with an IP67 rating, and the product follows a vehicle-grade design approach. In our experience, this configuration is well-suited for installations where dust resistance, water ingress protection, and mechanical durability are important.

Q4. What protection architecture is built into this converter?
Protection is based on dual hardware and software measures. Our design approach for this dc converter prioritizes controlled operation and fault handling, which is important for engineering teams evaluating reliability, system protection strategy, and deployment risk.

Q5. Do you offer a configuration that fits custom power platform requirements?
Modular design makes this product practical for platform-level development and technical evaluation. As teams compare dc dc converter manufacturers or source a custom dc power supply, we can discuss whether this 60KW architecture aligns with your bidirectional DC-DC application needs.