Virtual Power Plant operator aggregating 15,000+ renewable assets across Europe
Next Kraftwerke operates one of Europe's largest Virtual Power Plants, connecting distributed solar, wind, battery, and industrial assets into a coordinated grid. The tech stack—Python, Java, Kubernetes, Azure, Terraform, Ansible—reflects a cloud-native, infrastructure-as-code maturity typical of grid-scale systems. Active hiring in engineering is concentrated on dispatch automation, battery onboarding, and real-time market integration, signaling aggressive scaling of the control and trading platform amid repeated infrastructure modernization pain points.
Next Kraftwerke aggregates over 15,000 distributed energy producers, consumers, and storage systems into a single Virtual Power Plant operated from Cologne. The company optimizes asset dispatch in real time and brings electricity to European wholesale markets (EPEX Spot, EEX) through a 24/7 trading desk. Revenue streams span energy trading, balancing markets, and portfolio management services. The business model depends on continuous onboarding of new assets, real-time coordination across heterogeneous hardware (solar, biogas, CHP, wind, batteries, industrial load), and automated execution on competitive energy markets. Engineering teams are embedded in both the control-system layer (dispatch, forecasting) and the market-access layer (automated trading, compliance).
A network of over 15,000 distributed renewable energy assets (solar, wind, biogas, batteries, industrial consumers) coordinated by central control systems. Next Kraftwerke optimizes dispatch based on real-time demand and market conditions, then trades the aggregated output on European energy markets.
Python, Java, Kubernetes, Azure, Terraform, Ansible, GitHub Actions, and Microsoft Office. The stack emphasizes cloud infrastructure, automation, and real-time system control typical of high-availability grid operations.
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