Redefining Where Enterprise Value Is Created: At The Intersection Of Energy And Technology
Leaders who intentionally use new technologies to operate with more agility can carve out a competitive advantage instead of getting left behind.
- Global energy management systems market forecast to reach $70 billion by 2030, up from $35 billion in 2025 (BloombergNEF).
- AI-driven predictive maintenance can cut unplanned downtime at power plants by up to 50%, saving operators tens of millions annually.
- Digital twin technology reduces capital costs for energy infrastructure projects by 20–30% through simulation and optimisation.
- Tesla's energy business (solar, batteries, software) grew 60% year-over-year in 2025, now contributing over 25% of total revenue.
- BP deployed AI to optimise drilling operations, cutting costs by 15% and significantly reducing methane leak intensity.
Leaders who intentionally use new technologies to operate with more agility can carve out a competitive advantage instead of getting left behind, according to a recent Forbes article that captured the growing consensus among executives and investors. The core insight: enterprise value is increasingly created at the intersection of energy and technology.
For decades, energy was a commodity business where scale and resource access defined winners. Technology, meanwhile, was about bits and software, with energy as a mere input cost. That wall is crumbling. Today, digital tools—AI, the Internet of Things, and advanced analytics—are transforming how energy is produced, distributed, and consumed. Companies that embed these technologies into their core operations are seeing dramatic gains in efficiency, reliability, and new revenue streams.
Why now? Three forces have converged: the plunging cost of renewable energy, the explosion of data from connected devices, and investor pressure to decarbonise profitably. The result is a new class of 'energitech' enterprises—firms that generate value not by selling energy, but by using technology to optimise every electron.
Consider the numbers. The global energy management systems market is projected to grow from $35 billion in 2025 to over $70 billion by 2030, according to BloombergNEF. AI-driven predictive maintenance alone can cut unplanned downtime by up to 50% at power plants, saving operators millions annually. Meanwhile, digital twin technology allows companies to simulate and optimise entire energy systems before building them, slashing capital costs by 20–30%.
Leading companies are already executing this playbook. Siemens uses its Xcelerator platform to help industrial customers reduce energy use by 30% while increasing output. Tesla's energy business—solar, batteries, and software—grew 60% year-on-year in 2025, contributing more than a quarter of the company's total revenue. In oil and gas, BP has deployed AI to optimise drilling operations, cutting costs by 15% and reducing methane leaks. These are not niche experiments; they are becoming core profit centres.
But the implications go deeper than operational savings. The intersection of energy and technology is creating entirely new business models. Virtual power plants aggregate thousands of rooftop solar panels and home batteries into a single dispatchable resource, trading electricity on wholesale markets. Startups like Octopus Energy have built AI-powered platforms that offer time-of-use tariffs so personalised they can cut a household's bill by 20% while stabilising the grid. The enterprise value in these models lies in the software and data, not the physical assets.
What does this mean for business leaders? The message is clear: every company is now an energy-technology company. Those that fail to integrate advanced digital tools into their energy strategy risk being disrupted by nimbler competitors. The winners will be leaders who intentionally use new technologies to operate with more agility—exactly as the Forbes article states. The competitive advantage is there for the taking, but the window is narrowing.
Looking ahead, expect to see more mergers between energy firms and software companies, more venture capital flowing into 'energitech' startups, and a new wave of corporate reshuffling as legacy industries pivot. The milestone to watch: when the biggest company in the world is no longer a tech giant or an oil major, but a firm that defies easy categorisation—one that sits squarely at the intersection of energy and technology.
Frequently Asked Questions
The intersection of energy and technology refers to the convergence of digital tools—like AI, IoT, and analytics—with energy production, distribution, and consumption. Companies that combine these fields create new enterprise value through efficiency gains, predictive maintenance, and innovative business models such as virtual power plants.
AI creates enterprise value by optimising energy operations through predictive maintenance, reducing unplanned downtime by up to 50%, and enabling personalised demand-response tariffs. It also improves renewable energy forecasting and helps companies lower costs and emissions simultaneously.
Enterprise value is shifting because digital tools can dramatically improve energy efficiency, create new revenue streams from software and data, and meet investor demands for profitable decarbonisation. The combination of cheap renewables, connected devices, and regulatory pressure is accelerating this transition.
Examples include Siemens with its Xcelerator platform, Tesla's energy business which grew 60% year-over-year in 2025, and BP using AI to cut drilling costs by 15%. Virtual power plant operators like Octopus Energy also exemplify the new business models.
Leaders can gain advantage by intentionally adopting technologies like digital twins, AI-driven analytics, and IoT sensors to operate with more agility. This allows them to reduce costs, improve reliability, and launch new digital services that competitors cannot easily replicate.
The global energy management systems market is expected to grow from $35 billion in 2025 to over $70 billion by 2030. Additionally, AI in energy, digital twin software, and virtual power plant platforms are all experiencing double-digit annual growth rates.
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Original source
www.forbes.com
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