Dutch Business Park Beats Electricity Shortages by Sharing Power
Enschede, Friday 26 June 2026
In June 2026, Kennispark Twente bypassed severe grid congestion by launching a smart hub that synchronises local businesses’ energy peaks, creating a blueprint for struggling industrial parks.
A Local Solution to National Gridlock
The pioneering initiative at Kennispark Twente, led by project initiators Jan Albert Westenbrink and Geert Wubben, represents a pragmatic shift in how industrial hubs manage power [1][2]. By establishing a local smart energy hub, the project aims to bypass the severe electricity gridlock—locally termed the ‘stroomslot’—that currently restricts industrial capacity at the Enschede site [1][2]. Instead of waiting for a slow physical expansion of the regional grid, this system dynamically synchronises the peak and trough energy demands of neighbouring businesses, effectively sharing available capacity in real time [1][2].
Powering High-Tech and Dual-Use Innovation
For science parks like Kennispark Twente, which host critical clusters of high-tech systems and materials (HTSM), robotics, and quantum computing hardware, a reliable power supply is non-negotiable [GPT]. The development of energy transition hardware, defence-related manufacturing, and dual-use technologies requires highly energy-intensive facilities, such as advanced cleanrooms and specialised laboratories [GPT]. These industries cannot afford micro-fluctuations in power, let alone prolonged outages. As DHL Group CEO Tobias Meyer noted yesterday, on 25 June 2026, geopolitical volatility has acted as an unexpected accelerator for the European energy transition, intensifying the demand for rapid fossil-fuel independence [3]. This shift has placed an unprecedented burden on electrical grids that were never designed to handle such rapid electrification [GPT].
A Blueprint for European Science Parks
The implications of the Kennispark Twente pilot extend far beyond Enschede. Science parks across the Netherlands and Belgium are facing identical infrastructure bottlenecks that threaten to stall regional economic growth and technological sovereignty [GPT]. By proving that a decentralised, smart energy hub can successfully manage industrial peaks, Westenbrink and Wubben have created a scalable blueprint [1][2]. As European nations strive to secure their supply chains in high-tech manufacturing and dual-use hardware, local energy cooperation will increasingly transition from an innovative experiment to an absolute necessity [GPT].