Energy Storage

Scalable

All-in-One Solution Package

Energy efficiency for commercial and industrial buildings requires scalable and stable grid management. The changing energy environment has made it necessary to reconfigure existing power systems to adapt to sustainability trends and efficiency. You can reduce energy costs with Mobisis Energy Storage Systems at times of the day when energy costs are high. You can prevent network interruptions or network irregularities. With this system, which you can support with renewable energy sources, you can cost your energy cheaper. Be one step ahead with our sustainable Energy Storage Solutions that are suitable for our age in order not to fall behind in the energy need that will increase over time.

Uninterrupted network support can be provided autonomously during outages.

Compact design takes up little space thanks to the battery system. Ideal solution for projects with limited space or logistical constraints

Project-specific operational optimization with remote monitoring, fast and reliable service support and predictive failure prevention.

Whatever your power supply and capacity requirements, storage capacity and battery rating type can be easily adapted

The system can be easily integrated into existing conventional systems and renewable power plants.

Fully integrated plug-and-play design. Quick and easy installation reduces installation time and costs.

Microgrid controller that supports wind and solar energy, electric vehicle charging and various applications in microgrids.

Multi-layered safety concept. Monitoring systems for safe operation of battery, inverter and HVAC. Fire and explosion protection system detects smoke and explosive gases. Specially designed safe ventilation mode and optional built-in Novec fire extinguishing system as well as optional plumbing connections.

Compact, Flexible, Autonomous.
Instant Power Wherever You Need It

Specially designed for harsh conditions. Superior protection against internal and external factors such as dust, moisture and heat. HVAC system with temperature and humidity compensation for sensitive electrical equipment and battery health. High quality cell construction with integrated 0.5C/1C/2C rating. Numerically scalable rack system to meet energy requirements. Each rack contains several battery modules and a battery management system (BMS) to monitor and control the battery. BMS units connect the racks to a DC power switch, allowing each rack to be disconnected from the inverter when necessary. The inverter system works bidirectionally by converting AC current from the grid to DC. Available in three sizes QS, QL and QG.

Compact and Powerful
EnergyPack QG

EnergyPack QG is designed for applications with the following characteristics:

- Power and capacity requirements from approximately 4,400 kWh to 100 MWh and above.
- To effectively integrate Renewable energy sources such as Solar or Wind

Introducing EnergyPack QG, the ideal battery energy storage system for integrating highly renewable energy into the electricity grid. With 8.9 MWh to over 100 MWh of storage capacity, EnergyPack QG is optimized for large commercial and industrial applications as well as utility-scale projects. EnergyPack QG's modular design allows for easy scalability, making it an ideal choice for integration into energy systems of any size.

Big and Strong
EnergyPack QL

EnergyPack QL is designed for applications with the following characteristics:

• - Designed for power and capacity requirements up to 2,000 kVA and project applications with 2,200 kWh and above (multiple units). It is suitable for integrating solar assets and wind parks and for providing frequency regulation and other ancillary services in the utility sector. It is housed in a standard 40 ft high cube ISO container.

Small and Powerful
EnergyPack QS

EnergyPack QS is designed for applications with the following characteristics:

• EnergyPack QS is designed for customer applications with power and capacity requirements up to 400 kVA and 550 kWh. It is suitable for off-grid solutions to reduce fuel dependency in small remote communities and for self-consumption of solar energy in commercial and public sectors. It is housed in a compact enclosure.