Core Tech
Mobile ESS
Technology Overview
A mobile energy system that mounts battery storage on vehicles or mobile platforms, allowing power to be stored, supplied, and managed wherever it's needed.
Power Supply Without Location Constraints
Instant on-site power without grid connection — ideal for construction sites, events, disasters, remote areas, and temporary hubs.
Minimized Installation & Removal Costs
No infrastructure work required compared to stationary ESS; relocatable and reusable when needed, maximizing CAPEX efficiency.
Generator Replacement Capability
No noise, emissions, or fuel management issues — suitable for eco-friendly use in urban areas and at night.
Flexible Emergency & Peak Response
Instantly deployable for power outages, disasters, and peak loads; a single system can be rotated across multiple sites.
Components
Technical
Differentiators
aeonus Next-Generation Power Conversion (PCS) Solution, "The Core of Intelligent Power Grids: A Fusion of Grid-Forming Technology and Modular Design"
Grid-Forming & Black Start
- aeonus's PCS goes beyond simply following the grid (Grid-following) and incorporates Grid-forming technology that actively shapes the power grid itself.
- During wide-area blackouts, the Virtual Synchronous Machine (VSM) algorithm generates independent voltage and frequency references, enabling Black Start to restart a downed grid without external inertia — and fully replacing diesel generators to build an independent microgrid.
20kW/30kW Modular Design
- A universal modular platform designed for free combination based on application.
- By combining 20kW/30kW bidirectional DC-AC inverter modules and DC-DC converter modules, the system scales linearly from small-scale events to large industrial applications of 1MW+ — and 1+N redundancy design maximizes on-site availability.
V2G & LVDC Optimization
- Direct DC-DC coupling technology eliminates unnecessary AC-DC conversion stages, achieving 3–18% energy efficiency gains.
- Bidirectional power control supporting the ISO 15118 standard enables a V2G hub role.
- Minimizing conversion losses in low-voltage DC (LVDC) systems, the platform delivers an optimized solution for next-generation DC-based infrastructure such as data centers and smart factories.
Safety / Reliability Design
Environmental Test
(Heat, Humidity, Rain,
Dust)
Mechanical Safety
(Vibration, Shock, Fixation)
Electrical Safety
(Insulation, Withstand Voltage,
Grounding, Leakage)
EMC / EMI Test
Fire Response Test
Applications
1. Disaster & Emergency Power Supply
2. Industrial & Construction Sites
3. Events, Performances & Broadcasting
4. Telecom & IT Infrastructure (Backup, Temporary Networks)
5. Public & Government Sector (Emergency, Events, Carbon Reduction)
6. Commercial Services (Food Trucks, Mobile Clinics)
7. Research & Training (Field Testing, Disaster Drills)
8. Special Environments (Urban, Residential, Tunnels)
