Rising energy prices: how to reduce your impact as a manufacturer?

Written by Nicolas Saint-Cyr | Sep 19, 2022 7:38:15 AM

Our industries are on the front line of the current energy crisis and the rise in gas and electricity prices. Before taking radical decisions such as stopping your production completely or passing on the increases in sales prices, 3 options can be considered:



  • Quantify precisely the impact on the cost of production
  • Find the ideal production rate
  • Study the impact of stop&go on energy consumption

Precisely quantify the impact on the cost price

High electricity and gas prices have a significant impact on the competitiveness of industries. For some energy-intensive sectors, energy can even represent 40% of the cost of the finished product!
However, before taking any decision that could affect competitiveness (total production stoppage, Stop&Go, impact on the customer's selling price, etc.), it is necessary to quantify this impact precisely.

Finding the right production rate

Is it necessary to maintain the production of the plant at a high rate?
There is no easy answer to this question. This choice will depend on the impact of energy on your production costs.
To reduce your energy bill without stopping production completely, you will have to look for the optimal rate that guarantees you a certain profitability.
However, this assumes that you have sufficiently accurate information about the energy consumption of your equipment!
The following actions can be implemented quickly:

  • Establish metering plans
  • Identify energy consuming items by installing meters
  • Use a software that allows you to track your consumption and receive alerts in case of overruns

Study the real impact of stop&go

The successive increases in energy prices have pushed some factories to stop production lines. This was the radical decision taken at the end of 2021 by the managers of the LME steel plant (near Valenciennes, France), when the electricity bill had almost doubled. The solution they had found was to work only during off-peak periods, that is, at night. This may sound like a good idea, but unfortunately it is not so simple, as any decision has to be taken on a case-by-case basis.

 

So ask yourself 3 questions:

  • What are the consequences of a short-term shutdown on my long-term energy performance?
  • Is my plant more energy efficient when it operates in a fixed regime?
  • Does adjusting production in real time (and therefore consumption) have a positive impact on my overall consumption?

Answering these three questions requires, once again, a good knowledge of the energy consumption of your equipment.

 

By using Energiency's solution, the SKF plant in Saint-Cyr-sur-Loire has implemented better management of workshop shutdown periods, particularly on weekends (outside of production).

 

To reduce the impact of these increases: solutions exist!

Solutions exist to face these price increases:

  • Investment in less energy consuming equipment
  • Modification of equipment to improve its energy efficiency
  • Opting for solutions without material investment, rather oriented towards continuous improvement