Blog

Low storage levels, weak injection rates, a 160 TWh weather spread: why an open procurement position could be particularly costly in winter 2025/26.

Deutschlands neues Kapazitätsmarktgesetz ist eine 36-Milliarden-Wette auf Gas – und stellt die günstigere Alternative ins Abseits

DAC-Anlage als flexible industrielle Last: nimmt günstigen Erneuerbaren-Strom auf, wenn Preise niedrig sind, und liefert konzentriertes CO2 als Rohstoff.

Greenhouse gas savings have tripled since 2005 – yet 78 % come from the power sector. Why electricity is becoming a strategic budget and governance variable for CFOs in energy-intensive industry.

AgNes shifts industrial grid charges: from rigid bandlast discounts to flexibility, grid-supporting behaviour, and data-driven control—with tangible budget effects for commercial and industrial consumers.

Tranching, AI-supported market indicators, and structured procurement logic: stop fearing volatility and start using it.

The hard regulatory reality of the energy transition.

Solar alone does not guarantee lower costs. True economic value comes from combining PV, storage, tariffs, and grid charges.

How Flender Transformed Its Energy Procurement from Excel-Based Processes to Data-Driven Control – Achieving 37× ROI and 10% Cost Reduction.

Effective strategies combine market monitoring, a risk budget, and operating load—especially when grid charges and flexibility become cost drivers.

Smart procurement means navigating dynamic markets with discipline and transparency—not chasing one-off bargains with no coverage logic.

Sustainable procurement links CO₂ logic with economics: generation, grid, and markets must be assessed in the same frame.

Efficiency cuts the physical volume you must buy; procurement sets the price for what remains. Doing both together delivers the largest leverage.

Optimisation means modelling market, contracts, and load together—instead of isolated measures that cancel each other out.