Graphitization Furnace Electrical Solution D"&"esign: From Sockets to Custom-Made
Graphitization furnaces have enormous power requirements, and the power supply cannot be achieved by simply plugging it into any socket. Even a small to medium-sized furnace starts at several hundred kilowatts, "&"while large industrial furnaces can easily reach several thousand kilowatts.
Basic Power Supply Requirements
Three-phase AC power supply—this is a strict requirement, with no room for negotiatio"&"n. Single-phase power supply is not feasible for such high-power equipment and would lead to severe grid imbalance.
Voltage Adaptation Solutions
Our inductive power supplies are compatible with multiple vol"&"tage levels:
- Low voltage solutions: 380V, 400V, 415V (50Hz/60Hz)
- Medium and high voltage solutions: 660V, 10kV
Our high-temperature medium-frequency graphitization furnaces can be customized with power supply soluti"&"ons for customers in any country and with any power grid standard.
For high-power equipment, we recommend 10kV high voltage power supply via a transformer
For 1000kW and above, we strongly recommend using a 10kV"&" high voltage solution.Comparison:
| Parameters | 380V Low Voltage | 10kV High Voltage |
|---|---|---|
| Input Current (2000kW) | Over 3000A | |
| Cable thickness | Thick as an arm | Much thinner |
| Line loss | Large | Significantly reduced |
Just tell us two key pieces of information: the local power grid voltage level and the avail"&"able transformer capacity. We recommend that the transformer capacity be at least 1.3 times the maximum power of the equipment.
Experience: The more tho"&"rough the electrical communication in the early stages of the project, the smoother the project will proceed. The more stable the operation will be after commissioning.
