Contract optimisation
Article 13 of 14 · Portals, costs and contractsHow do I optimise my business energy contract?
Direct answer
You optimise an energy contract by assessing tariffs, consumption profile, peak load, contracted capacity and risk appetite together. A contract is only optimal when it matches when and how you actually use energy, not just the lowest bare tariff.
- Match the contract to the actual consumption profile
- Factor in peaks and contracted capacity
- Choose fixed, variable or dynamic with substantiation
- Account for charging infrastructure and sustainability
Chasing the tariff versus optimising the contract
Many businesses optimise their energy contract by simply seeking a lower tariff. But the real optimum depends on your consumption profile, peak moments, contracted capacity and the choice between fixed, variable or dynamic. With your own measurement data, the contract type that truly fits your organisation becomes visible.
- Optimising starts with insight into your own consumption profile, not with the tariff.
- Peaks, contracted capacity and grid tariffs often weigh more than the supply price.
- A fitting contract takes charging infrastructure, generation and sustainability plans into account.
Starting point
Traditional approach
Searching for the lowest supply tariff.
Modern approach
Starting from your own consumption profile and peaks.
Scope
Traditional approach
Only the supply price per kWh or m3.
Modern approach
Supply tariff, grid tariff, contracted capacity and risk together.
Risk
Traditional approach
Surprises during peaks or profile deviation.
Modern approach
Peak and volatility risk in view in advance.
Result
Traditional approach
Possibly lower tariff, uncertain overall picture.
Modern approach
A contract that fits consumption and future plans.
What determines whether a contract is optimal?
An optimal energy contract matches your consumption profile, peak load, contracted capacity and risk appetite. A low tariff does not outweigh unexpected peak costs, profile deviation or a contract form that does not fit your flexibility.
- Consumption profile per quarter-hour and season.
- Peak load and contracted capacity per connection.
- Structure of supply tariff versus grid tariff.
- Risk appetite with fixed, variable or dynamic.
How do you use measurement data in optimisation?
With quarter-hour data you make visible when you use energy and where peaks arise. That context determines whether a fixed, variable or dynamic contract form delivers an advantage and whether the contracted capacity is set optimally.
- Distinguish flexible from non-flexible consumption.
- Link peak moments to tariff and capacity costs.
- Estimate profile deviation and imbalance risk.
- Compare scenarios for contract renewal.
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