The largest uncontrolled cost in industrial production - and the decision it forces

Energy is the input cost that most industrial businesses cannot avoid and few can fully control. For manufacturers across chemicals, metals, glass, ceramics, food processing, paper, and fertilizers, energy can represent a major share of production cost depending on process intensity and operating design. Unlike raw material inputs, which can sometimes be managed through supplier diversification, contract structure, or substitution, energy is typically purchased against market-linked pricing with limited flexibility.

The European energy crisis of 2021-2022 demonstrated at scale what happens when that exposure is not managed with a clear decision framework.

European natural gas prices, measured against the TTF benchmark, rose from relatively low levels in early 2021 to extreme peaks above €300 per MWh in August 2022. The move was driven by a combination of reduced Russian supply, low storage levels, weather-sensitive demand, and LNG supply constraints. None of those drivers was invisible. Each was visible in forward-market signals and supply data well before the full extent of the price move became apparent.

The industrial businesses that came through the period with managed outcomes were not the ones with the most accurate gas price forecasts. Many market participants, including professionals, did not call the peak correctly. The businesses that managed well were the ones with a decision framework for energy exposure: defined thresholds for when to fix forward supply, contractual mechanisms for adjusting production volumes when the economics inverted, and a clear process for making those decisions before the position had moved materially against them.

Several fertilizer and chemicals manufacturers curtailed or halted European production in 2022 because the relationship between energy input cost and selling price had inverted and there was no longer a rational basis for running the plant. That was a defensible decision — but in many cases it was a defensive one taken late.

The same decision made earlier, when the signals were already pointing in one direction, would have been made from a position of choice rather than operational necessity.

Energy cost management is not a single decision. It is a portfolio of linked choices: how much forward supply to fix and for what tenor, how to structure pass-through mechanisms in customer contracts, at what price level a production or product-mix shift should trigger, and how to document and defend those decisions to a board that will inevitably review them with hindsight.

The organisations managing this well have built decision checkpoints across that portfolio. Not a forecast of where gas prices will be in six months. A structured process for answering, at any given moment: what do the current signals say about the direction of energy costs, what is the confidence range on that direction, and at what threshold does the answer change enough to require a different position?

That question, asked before the market forces the answer, is the difference between a managed energy exposure and a reactive one.

This is the problem Sybilion is built for. If it maps to your situation, the conversation starts here.

Source notes

• ESMA article on August 2022 gas surge: https://www.esma.europa.eu/sites/default/files/2023-10/ESMA50-524821-2963_TRV_Article_the_August_2022_surge_in_the_price_of_natural_gas_futures.pdf
• Trading Economics EU gas history: https://tradingeconomics.com/commodity/eu-natural-gas