When the energy system’s timeline does not match the market’s
Demand for data capacity is growing rapidly. AI development, digitalisation and increased data storage requirements are driving investment in new data centres worldwide. At the same time, energy systems face a different reality. In Sweden, the demand for new consumption in Svenska kraftnät’s connection queue currently exceeds 30,000 MW – more than the country’s current peak load. For data centre operators, this creates a complex situation. Whilst a new data centre can be developed and built within a few years, grid expansion often has significantly longer lead times. Investments therefore need to be made long before there is complete certainty regarding future grid capacity. In this environment, access to power becomes not just a technical issue. It becomes a strategic issue that affects location decisions, business development and long-term competitiveness.
A brief focused on opportunities rather than limitations
Against this backdrop, Sigholm was commissioned to produce a strategic positioning paper for a data centre operator aiming to strengthen its position in the Swedish market. The starting point was clear: the capacity shortage was already well known. The real need was to understand what opportunities still existed and how they could be translated into concrete strategic choices. Answering this question required more than a traditional market analysis. It required a deep understanding of how the energy system actually works – from grid capacity and power balance to regulatory processes and investment cycles.
Analysis at the intersection of the energy system and business strategy
The project began with a comprehensive analysis of the capacity challenges facing the Swedish energy system. Load data, grid expansion plans, throughput rates and power balance were analysed alongside the grid operators’ planning processes and regulatory developments. At the same time, the analysis needed to be grounded in the client’s commercial reality. An energy system cannot be analysed in isolation from the investment decisions to be made within the data centre industry. Therefore, the energy system perspective was combined with an understanding of establishment strategies, growth plans and market developments in Sweden and Europe. This made it possible to identify several complementary strategies for addressing the capacity challenge – strategies that addressed geographical, temporal and system-related conditions.
From understanding the system to a basis for decision-making
A crucial part of the assignment was to ensure the analysis was practical and usable. Many of the concepts used in discussions about capacity shortages risk becoming abstract. Therefore, each identified strategy was broken down into concrete conditions, interdependencies and timeframes. Regulatory requirements were linked to technical realities and market conditions to create a clear decision-making framework. The work also included comparisons with international markets to place Swedish developments in a broader context. By analysing Swedish regulations and network companies’ processes in parallel with international references, a more comprehensive picture was created of the opportunities and constraints that actually influence future market entries. The result was a basis that is not based on how the market ought to function, but on how it functions in reality.
A strategic tool for future dialogue and positioning
The final position paper was designed to serve both as a basis for internal decision-making and as a tool to support dialogue with local authorities, network operators and government agencies. In addition to creating a clearer basis for investment decisions, the report also provided the client with stronger language to describe the data centre sector’s role in the energy transition. From often being viewed as a burden on the electricity system, the data centre sector could be positioned as part of the solution – a player that can contribute to the development of a more flexible and robust energy system.
Results
By combining energy system analysis, regulatory understanding and a business strategy perspective, Sigholm delivered a strategic positioning paper that created clearer scope for action in a complex market. The assignment demonstrates the value of combining in-depth energy system expertise with an understanding of the client’s business. When complex system issues are translated into concrete choices, it becomes possible to make more informed decisions, strengthen one’s market position and act proactively in a rapidly changing environment.
