On December 11, the 2025 GGE Energy Storage Annual Conference concluded on a high note. AEMEnergy's self-developed PV–Storage–Diesel Hybrid Battery Cabinet earned the "Annual Innovative Technology" award, adding another spotlight moment after last year's recognition for our quasi-resonant soft-switching SiC PCS.
AEMEnergy Solar-Storage-Diesel Hybrid Battery Cabinet at a Glance
According to GGII's 2025 industry outlook released during the conference, both global and China energy-storage battery shipments are expected to grow by over 80% in 2025. This strong momentum is accelerating the roadmap for next-generation core technologies.
Designed for growing global demand, the battery cabinet integrates seamlessly with AEME's power conversion cabinet, combining solar PV, battery storage, and diesel generation into a unified system that delivers stable, all-weather power.
Typical Scenarios
Commercial & industrial parks
Off-grid or weak-grid regions such as mountainous areas, villages, islands, and factories
Challenges
Diverse scenarios with complex power demands
Power supply in remote areas / Off-grid & microgrid scenarios
Emergency support
Green alternatives to traditional energy sources
In the global market, off-grid and microgrid solutions are essential for enhancing energy access, ensuring reliable power for critical loads, and promoting the local utilization of renewable energy. AEMEnergy's Solar–Storage–Diesel Hybrid Battery Cabinet not only addresses the limitations of traditional single-source power systems but also offers a scalable, replicable green energy solution for regions worldwide facing power shortages or unstable electricity supply.
Key Features
The Hybrid Battery Cabinet integrates advanced battery management, smart thermal control, and a strong system design foundation. With support for multi-unit parallel deployment, it scales easily, and its high safety standards and wide environmental adaptability make it a solid fit for the world’s accelerating green energy transition.
Flexible Installation: Integrated design enabling shoulder-to-shoulder installation.
Advanced Protection: Equipped with intelligent protection to enhance system safety and operational reliability.
High Energy Density: Compact footprint to minimize space requirements.
Enhanced Safety: LiFePO₄ cathode material ensures stable and safe operation across demanding environments.
Typical System Applications
Hybrid PV–Diesel–Storage System
Commercial & Industrial System
Since its establishment, AEMEnergy has leveraged forward-looking design concepts and outstanding technological innovation to develop a series of C&I BESS large-scale energy storage and off-grid solutions, widely deployed across diverse applications.
Focusing on customer-side energy storage, microgrids, and smart energy management, the company is committed to delivering advanced, reliable, and scenario-tailored smart energy solutions to clients worldwide, continuously contributing to the sustainable development of global energy.
Contact us: info@aeme.global
+86-28-65790186 
info@aeme.global 
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