01 / ELECTRIC
Induction heating
All furnaces on the bearing-tube line use electricity for billet heating.
Energy by design
All-electric, powered increasingly by the sun.
The plant’s furnaces run on electricity, while captive solar supplies an increasing share of its power demand.
3.08 MWpCaptive solar installed
~40%Power demand met by solar
100%Electric furnaces on the line
1-axisSolar trackers with bifacial modules
Purpose-built campusEnergy strategy
Lower-carbon production starts with the furnace choice.
Induction heating is used across the bearing-tube line, avoiding fossil-fuel furnace heating. A 3.08 MWp captive solar installation, single-axis trackers and bifacial modules support the plant’s electricity demand.
Approximately 40% of power demand is reported as met by solar. Current energy performance can be shared during supplier qualification.
Discuss responsible supplyWhat it means for customers
Energy visibility alongside quality visibility.
The same plant design that keeps heating under control also makes the energy route clear.
02 / SOLAR
Captive generation
Solar generation is connected to the plant and supplies a reported ~40% of power demand.
03 / TRACEABLE
Measurable route
Energy data can sit alongside heat-number, inspection and dispatch traceability in a supplier review.
Need sustainability information for qualification?
Request the current energy profile and supporting documentation with your technical enquiry.