Nokia unveils Enscryb, a digital twin and energy optimisation platform designed to orchestrate distributed energy flexibility in real time as grids face rising volatility, electrification and renewables growth. Built on Nokia Bell Labs technology, Enscryb simulates electricity systems of any size and complexity and provides forecasting for battery storage and solar‑hybrid assets. By fusing market data with customers’ infrastructure telemetry, it delivers more accurate, bankable financial modelling for renewable projects, supporting circular economy goals by maximising existing asset utilisation and extending system lifecycles.

Enscryb launches with a strategic partnership with NODES, the market platform for trading flexibility and distributed energy resources (DERs) between system operators, aggregators and large industrial and commercial assets. The combination of Enscryb’s real‑time orchestration and value‑stack optimisation with NODES’ market design aims to unlock greater value from DERs, ease congestion and enhance grid resilience. According to NODES’ Head of Technology, Enscryb’s optimisation capabilities strengthen the foundations of a dynamic flexibility market that rewards efficient, low‑carbon operations.

Early customers underscore the platform’s practical impact on decarbonisation and cost. Nanuq uses Enscryb to plan and operate electrified industrial fleets alongside on‑site generation and charging, lowering operational energy expenses while smoothing demand on local grids. Smartecon, a pan‑Baltic EPC for utility‑scale renewables, applies Enscryb’s insights from market and infrastructure data to deliver bankable solar, storage and hybrid plants, improving grid compliance, technical design and day‑one performance. Smartecon’s leadership notes that Enscryb helps cut through complexity, translating data into actionable decisions that boost project returns and reliability.