Holistic approaches to optimizing integrated energy management
Published: November 2025
Holistic approaches to optimizing integrated energy management rely on innovative technologies such as energy storage (e.g., compressed air systems) and the multiple conversion of different energy forms to maximize energy efficiency and sustainability. Through synergistic concepts that combine CO₂ reduction, data analysis, 3D city models for assessing photovoltaic potential, and energy-efficient building renovation, these approaches strive for near-autonomous systems and microgrids to promote independence and sustainable energy management. This requires comprehensive and interconnected information—from consumption data and building structures to regional grid capacities. Providing such data necessitates innovative IT solutions that create the required transparency and enable sound planning for integrated energy management systems.
Guiding questions
- How can the potential of different energy forms be combined in a flexible system to minimize energy losses?
- Which technologies are most promising for scalable and sustainable energy storage in integrated systems?
- How could storage facilities be integrated into urban planning and infrastructure to offer maximum flexibility and availability?
- How can the efficient use of real-time data optimize the CO₂ management of buildings and urban infrastructure?
- How can energy systems be designed to be resilient to external crises while simultaneously ensuring a flexible supply?
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Holistic approaches to integrated energy management
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Holistic approaches to integrated energy management
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