Foundation and Installation Guidelines

A well-designed and constructed foundation is critical for the stability and long-term performance of the battery cabinet. The foundation must be able to support the full load of the cabinet while addressing environmental conditions such as vibration, temperature fluctuations, and potential water exposure.

NOTICE

DAMAGE DUE TO SEISMIC EVENT

Installations in seismic-prone areas, consult local building codes or a civil engineer to comply with seismic requirements.
Alternative anchoring solutions may be required to secure the battery system in seismic zones.

Failure to follow these instructions may result in equipment damage.

For stability and performance, the AES battery cabinet system must be installed on a properly constructed concrete foundation. Follow these steps to construct the pad and secure the Cabinet.

Concrete Pad Construction

Level Surface: The concrete pad must be level to prevent cabinet tilting or shifting, which can cause mechanical stress and affect system performance.
Load Capacity: The pad must support the fully loaded cabinet weight, including all battery packs and components. Verify load-bearing capacity per system specifications.
Material & Construction: Use reinforced concrete designed to withstand the system’s weight, vibrations, and environmental factors, including weather and seismic conditions.
Thickness & Size: The pad must be at least 150 mm (6 inches) thick and extend 200 mm (8 inches) beyond the cabinet footprint on all sides. In seismic zones, an engineer must design the foundation to meet local seismic codes.
Water Runoff: Taper the outer 200 mm (8 inches) to slope away from the cabinet, preventing water accumulation at the base.