GENMA MHC Wins Praise from Indonesian Client: Stability Meets Long-Term Value

"We recently received a commendation letter from an Indonesian client, stating: 'The delivered MHCs have been performing reliably and meeting all specified performance requirements.'"

Stability is what our client valued most. But beyond reliability, these two Mobile Harbor Cranes (MHCs) deliver something more—energy efficiency that pays back over time.

01 Where Does the Energy Go in Frequent Lifting Operations?

Hoisting and lowering are the most common motions in port operations. In conventional equipment, when lowering heavy loads, the energy generated by the motor is typically dissipated as heat through resistors.

That energy can be put to better use.

GENMA's solution: A multi-drive energy regeneration system that feeds the power generated during lowering back into the grid for other mechanisms to use.

In simple terms: the crane helps power itself. For operations with frequent heavy-load lowering, this configuration effectively reduces overall energy consumption and long-term operating costs.

02 Saving Energy Without Compromising Smooth Operation

Energy regeneration itself isn't new. The real challenge is maintaining smooth equipment performance during the process.

GENMA's control system is precisely tuned to ensure seamless integration—operators hardly notice when the system is at work. Smooth operation. Lower energy bills. No extra effort required.

03 Proven Technology, Tangible Returns

This multi-drive energy regeneration system is a mature, proven configuration available on GENMA MHCs and similar equipment. It's not a lab experiment—it's a field-validated solution that delivers real results.

Feedback from projects where it's been applied shows that the long-term operational savings far outweigh the initial investment. A positive cycle of input and return.

The commendation from our Indonesian client affirms our reliability. The energy savings? That's the lasting value GENMA delivers through proven technology.

GENMA MHC — Stable. Efficient. Sustainable.