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How to Implement Energy Conservation in Shipbuilding?

People often see the shipbuilding in shipyards as energy hogs. They also cause pollution. These labor-intensive sites waste lots of power. Energy use stays hard to control. Old equipment makes things worse. High electricity bills hurt profits. Shipyards must upgrade urgently. Better tech cuts waste significantly. The main measures for […]

People often see the shipbuilding in shipyards as energy hogs. They also cause pollution. These labor-intensive sites waste lots of power. Energy use stays hard to control. Old equipment makes things worse. High electricity bills hurt profits. Shipyards must upgrade urgently. Better tech cuts waste significantly.

The main measures for energy conservation and emission reduction actions in the shipbuilding industry are to promote technology development, increase the transformation of backward production technologies with high energy conservation. At the same time, realize the Internetization, visualization, and dataization of energy management, and establish an assessment system for green shipbuilding.

Real-World Case: CSSC Shipyard

CSSC Shipyard needed upgrades. They handled large steel plates daily. Plates measured 6-15 meters long and 1.5-3.5 meters wide. Thickness varied from 6-30mm. Previously, they used electromagnetic lifters. This caused ongoing issues, need shipyard energy management urgently.

Their core needs were clear. First, eliminate monthly battery inspections. Second, reduce yearly maintenance expenses. Third, support national energy-saving policies. Fourth, increase plate-lifting capacity. Crucially, they required reliable single-sheet placement.

green shipbuilding

Shipbuilding: Ship Plate Lifting Solution

HVR MAG provided an advanced electro permanent magnetic solution. They installed the HM6-Electro Permanent Lifing Magnet for Multi Steel Plate . This included twelve HEPMP-2750P magnets. Therefore, it handled multiple plate stacks efficiently. For example: two 16mm sheets, three 10mm sheets, or four 8mm sheets. Importantly, it achieved precise single-sheet release.

Remarkable Results in Shipbuilding

First, capacity jumped from 8 to 12 tons. That’s a 50% increase production efficiency. Second, maintenance costs nearly vanished. No more wiring failures or lost magnetism. Third, the shipyard upgraded its operational image. Consequently, productivity soared.

This case proves key points. Energy conservation starts with smart equipment. Furthermore, modern magnets cut electricity waste. They also remove battery dependency. Businesses save money long-term. Shipyards gain both power and precision.

Take Action Today

Ready to reduce energy use? Contact HVR MAG today. Discover efficient lifting solutions for your shipyard. Achieve sustainability and strength together!

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