Electricity demand continues to grow, but incremental volume is not distributed evenly among companies. ZHICE sees greater service potential in specific customer constraints: continuity, cost volatility, equipment availability or flexibility. A product needs both customer value and sustainable unit economics.
Growth in global electricity demand during 20253
2025 observed change · globalZHICE sees uneven value within demand growth. Customers differ in reliability needs, time of use, flexibility and carbon information. Energy-service opportunities lie in combining electricity, equipment, data and operations into products that can be delivered consistently. Long-term customer economics matter more than the number of services offered.
THE CASE FOR THE STRATEGY
For continuous production, industrial estates and distributed assets, interruption, time-of-use cost and response have different consequences. One universal product can reduce meaningful differences to a price discount.
Site adaptation, data access, support and contractual exceptions may keep increasing with customer numbers. Growth dependent on non-reusable work does not necessarily improve margins.
Outcome-based charging brings greater measurement and execution responsibility. Influence over outcomes, separation of external effects and access to necessary data determine whether the model is sustainable.
Segment customers through constraints and willingness to pay, not only industry labels. Repeated problems offer a stronger foundation for stable products and delivery.
Core services, options and dedicated adaptation require distinct pricing and resource logic, preventing every customer from becoming a separate project.
Acquisition, deployment, service, renewal and exit jointly determine unit economics. Initial contract value cannot substitute for the complete operating picture.
For standardised needs, a clear and economical supply service can outperform a complex bundle. More features do not necessarily create more customer value.
Does the customer keep buying electricity, or an operating outcome we can consistently improve?
Energy companies may have equipment, data and specialist teams without a clearly defined service product. Winning bespoke projects does not prove repeatability. Product design must specify the result purchased, the cost of delivery and the boundaries of ongoing service.
Use interviews, site observation and procurement analysis to distinguish users, budget holders and decision-makers. Establish the problem the service solves and how it will be accepted.
Define standard capabilities, optional modules and customisation boundaries. Map installation, operations, data and fault-response ownership, including partner delivery conditions.
Calculate acquisition, deployment, maintenance and service costs. Test renewal and expansion conditions, using pilot evidence to decide pricing and replication scope.
Customer-task and buying-decision map
Service blueprint and product boundaries
Unit-economics and replication model
Pilot validation requires customer authorisation; service value and market size need real evidence.
IEA estimate published in May 2026 covering all energy technologies; it is not completed investment.
2026 estimate · global energy investmentGlobal additions and refurbishment required by 2040 in the scenario where national energy and climate goals are met on time and in full; not approved projects.
2023 study · goal-aligned scenarioIEA Global Energy Review 2026 describes 2025 global electricity-demand growth as nearly 3%; regional and sectoral patterns differ.
2025 observed change · global