Renewable Energy Battery Enclosures
Flexible installation options for renewable energy applications, leveraging the characteristics of lead-acid batteries
Versatile Storage Options
Tuflong LL is made of lead, ensuring high safety standards and enabling diverse installation methods. We will recommend the optimal storage cabinet tailored to your specific installation requirements.
When utilizing unused space within existing buildings, installation without a storage cabinet is also possible.
System Configuration & Installation Examples
| Output (kW) | Rated Capacity (kWh) | Installation Type | Main Applications |
|---|---|---|---|
| 25～50 | approx. 70–150 | Dedicated cubicle | Municipal facilities, small retail stores, hospitals |
| 50～100 | up to approx. 500 | 1 × 20-ft container | Large retail stores, general hospitals, hotels, apartments, small-to-medium factories |
| 100～200 | up to approx. 1,000 | 1 × 40-ft container | |
| 200～300 | up to approx. 2,000 | Split Shelter or 40-foot container × 2 | |
| 300～500 | up to approx. 3,000 | Split shelter or 3 × 40-ft containers | Factories, logistics warehouses |
| 500 | approx. 3,000 and above | Industrial tent / building | |
| 2,000 | approx. 10,000 | Industrial tent / building | Power utilities |
| 10,000 | approx. 50,000 | Industrial tent / building |
Examples of Renewable Energy Battery Installation & Storage
Tuflong LL batteries can be installed at ambient temperature and are made of materials that are not classified as hazardous under the Fire Service Act, meaning they are not subject to hazardous-material regulations.
Thanks to their excellent handling characteristics, they can be flexibly deployed regardless of installation location or environmental conditions.
Actual installation examples include the following:
Installation Under Solar Panels
Effectively utilizes dead space beneath panels, reducing battery storage footprint.
Combined with existing solar power systems, it eliminates the need for new land acquisition, enabling a space-efficient renewable energy system.
Storage cabinet used: Cubicle.
Indoor Installation
Contains no hazardous materials, allowing for large-scale centralized storage.
Upper floors and rooftops can be utilized for solar panels or other purposes, promoting efficient use of limited land.
High safety standards ensure reliable operation indoors.
Installation without a storage cabinet is possible!
Installation Without Air Conditioning
Operates in ambient temperatures, reducing equipment costs, electricity bills, and maintenance expenses for air conditioners.
Ensures stable operation even in environments prone to outdoor unit failure, such as salt damage areas. This energy-saving storage system features low load, low cost, and long-term durability.
