Charge path
Define how energy moves from the DC bus into the battery-side load or storage pack during controlled charging.
DC Bus Power Flow
60KW Air-Cooled Bidirectional DC DC for High-Power DC Buses
Lincoren's 60KW air cooled bidirectional DC DC unit gives system teams a practical way to evaluate voltage range, current range, and controlled energy flow around a bidirectional buck boost DC DC converter for demanding DC bus work.
60KWRated power line
0~500VDCSide A and side B range
IP67Die-cast aluminum enclosure
Four Energy-Flow Checks
Separate charge, discharge, buck, and boost decisions
High-power bidirectional conversion is easier to discuss when each operating direction has its own system question.
Discharge path
Confirm how stored energy returns to the bus during feedback, discharge testing, or stabilization work.
Buck behavior
Map the high-to-low voltage condition so the converter range aligns with the connected DC bus limits.
Boost behavior
Map the low-to-high voltage condition where elevated bus voltage or energy return needs stable control.
Integration Boundary
Keep electrical range, control, and enclosure needs in one review
The 60KW model line combines wide DC ranges with digital control and protection features, so the early conversation should connect electrical targets with installation conditions.
- Voltage and current range. The TR2898-M08-XX line lists 0~500VDC and 0~240A on both side A and side B.
- Control and communication. Fully digital control and CAN Bootloader support help teams discuss diagnostics and firmware maintenance.
- Protection and enclosure. Dual hardware/software protection and an IP67 die-cast aluminum enclosure support demanding installation environments.
- Vehicle-grade modular design. Modular construction helps system builders evaluate fit, service access, and repeatable integration.
Application Split
Match the converter role to the DC system around it
The same 60KW bidirectional unit can enter different projects for different reasons, so application language should be clear before technical matching starts.
ESS and microgrid DC buses
Use the range discussion to align battery packs, DC bus voltage, charging direction, discharging direction, and bus stabilization needs.
EV test platforms
Clarify source/load behavior, feedback energy, control communication, and test-cycle limits before choosing a converter configuration.
Battery formation systems
Map charge-discharge steps, current windows, thermal setting, and repeat operating profiles for production or validation equipment.
Specification Table
Turn the 60KW line into request inputs
Use the product values as a starting point for a focused Lincoren discussion instead of treating one catalog row as the whole system requirement.
| Item | Listed value | Why it matters | Information to prepare |
|---|---|---|---|
| Product model | TR2898-M08-XX | Identifies the 60KW row in the model table. | Target model, project stage, and whether nearby 30KW or 90KW power levels should be compared. |
| Rated power | 60KW | Sets the high-power class for energy transfer planning. | Continuous power target, peak behavior, cooling environment, and duty pattern. |
| Side A / Side B voltage | 0~500VDC / 0~500VDC | Defines the voltage window on both connected DC sides. | Battery voltage range, DC bus range, margin expectation, and operating transitions. |
| Side A / Side B current | 0~240A / 0~240A | Connects current demand with cable, thermal, and protection planning. | Current target, charge-discharge profile, wiring constraints, enclosure and airflow conditions. |
| Controls | Digital control, CAN, Bootloader | Supports system communication, diagnostics, and firmware maintenance discussions. | CAN requirements, control strategy, integration document needs, and update expectations. |
Related Converter Options
Compare nearby Lincoren DC-DC products by power class
These same-site options help frame whether the request belongs in a high-power bidirectional line or a lower-power vehicle converter family.
30KW bidirectional DC-DC
Review this model when the project needs the same bidirectional buck-boost direction at a lower listed power level.
View 30KW converter
1.8kW isolated converter
Use this route when the request is closer to an isolated vehicle converter with CAN communication and IP67 protection.
View 1.8kW converter
1.2kW air-cooled assembly
Compare this product when air cooling matters but the required power class is well below the 60KW platform.
View 1.2kW converterEngineering Notes
Read the 60KW converter from three system angles
Separate DC bus placement, test-platform requirements, and the meaning of 60KW bidirectional conversion.
ESS and microgrid bus placement
Clarify how batteries and DC buses exchange controlled energy in storage cabinets and microgrid equipment rooms.
Read the DC bus note
EV test and formation needs
Frame source/load behavior, charge-discharge control, communication, and documentation before custom converter discussions.
Read the test-platform note
High-power converter meaning
Separate basic DC conversion, bidirectional energy flow, and the 60KW power class before narrowing the product request.
Read the 60KW noteFAQ
Questions to settle before discussing a 60KW converter
What is the rated power of this Lincoren DC-DC unit?
The TR2898-M08-XX line is listed at 60KW rated power for bidirectional DC-DC conversion.
What voltage and current ranges should be checked?
The 60KW line lists 0~500VDC on side A and side B, with 0~240A current ranges on both sides.
What does four-quadrant buck-boost operation mean for planning?
It means the unit should be reviewed for controlled bidirectional energy transfer, including buck and boost behavior across the connected DC buses.
Which applications are most relevant to the 60KW converter?
Lincoren positions the unit for energy storage systems, microgrid DC buses, EV test platforms, battery formation, and industrial high-power DC systems.
Which integration details should be shared with Lincoren?
Share voltage windows, current targets, charge and discharge mode, cooling environment, communication needs, enclosure conditions, and expected system role.
Does the product include communication and protection features?
The unit includes CAN with Bootloader support, dual hardware and software protection, a modular vehicle-grade design, and an IP67 die-cast aluminum enclosure.
