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AeroVault — scalable Long-Duration Energy Storage (LDES) systems based on compressed air technology and thermal PCM materials. A superior alternative to lithium-ion solutions with zero risk of capacity degradation.
The global shift toward renewable energy sources demands fundamentally new approaches to energy storage. The mission of Enskild Tech is to provide industries and renewable energy operators with uncompromisingly reliable storage systems that balance the grid, reduce carbon footprints, and guarantee energy independence for enterprises—all without using toxic or scarce metals.
Forced curtailment and revenue losses from negative prices during peak generation hours.
SolutionStore surplus generation and sell it back to the grid during peak-tariff hours.
Significant capital expense replacing chemical (Li-ion) batteries every 7–10 years, plus fire risk.
SolutionA mechanical system with no chemical cells, designed for 20+ years of operation with zero capacity degradation.
Shortage of dispatchable balancing capacity to cover peak demand periods.
SolutionFast system response enabled by the predictive control architecture co-developed with Aston University.
Performance figures are design targets of the project, supported by digital-twin modeling — not measured data from commercial operation.
High-Dynamic
Thermal PCM
High-Pressure
Expander &Converts excess electricity from the grid or renewables into the potential energy of compressed air.
The AeroVault project is funded and supported by a government grant from Innovate UK and is developed in deep scientific and technical collaboration with Aston University (Birmingham, UK). We combine fundamental European science with cutting-edge engineering expertise.