Skip to navigationSkip to main contentSkip to right columnADVERTISEMENTContributed ContentMon, June 8, 2026 at 2:54 PM GMT+2 6 min readElectricity is no longer just energy—it is becoming infrastructure for intelligence. For more than a century, electricity powered machines: factories, homes, and transportation. The grid now serves two new roles: powering intelligence (artificial intelligence (AI) and data centers) and coordinating millions of controllable devices (electric vehicles (EVs), batteries, heat pumps, and smart thermostats). Neither behaves like the passive loads the grid was built for—data center demand is always-on, requiring high-density power, while distributed devices can respond and adjust to grid conditions in real time.COMMENTARYThis is not a transition—a word that implies substitution, coal to gas or gas to renewables. It is an addition. We are adding new load categories and new sources of flexibility to create a coordination layer that the grid has never had. The question is no longer just “how much generation do we build?” but “how much intelligence do we attach to the load we already have?” This shift means electricity customers, residential and industrial, will need to become active grid participants, while utilities learn to coordinate these millions of flexible devices as virtual power plants to effectively meet rising energy needs.The grid was built for simple loads, such as motors, heaters, and lights. Now, we are plugging in systems where kilowatts become decisions—every AI training run and inference query is electricity converted into computation. At the same time, three forces are converging:Load is growing across multiple categories at once (AI, EVs, electrified HVAC and reshored manufacturing).The cheapest new generation is increasingly clean, winning on levelized cost, not just policy.Software can now orchestrate distributed flexibility at scale.Today’s grid challenges aren’t just about adding generation—they're about rethinking how load is managed, coordinated, and dispatched across a grid designed for one-way power delivery. For flexibility to scale, consumers and businesses will need to see its value. The fastest, cheapest capacity available today often lives behind the meter through virtual power plants (VPPs), automated load shifting, and managed device programs that reduce electricity bills while lowering grid demand peaks. To translate cheap generation into customer benefits, utilities or retail electricity providers (REPs) need to offer products and automations that make it easy for consumers to shift usage to lower-cost hours. [caption id="attachment_261961" align="alignnone" width="640"]Terms and Privacy PolicyPrivacy & Cookie SettingsMore Info