Integrated Compact Substations (SECI)
The SECI, Integrated Compact Substation, is designed for distribution projects requiring controlled footprint and coordinated system integration.
Suitable for urban infrastructure, industrial facilities, data centers, and other space-constrained applications, SECI integrates the power transformer, switching devices, protection, control, metering panels, and auxiliary systems into a single engineered solution.
Its modular architecture supports faster installation, reduces civil scope, and simplifies interface management between primary equipment and automation systems.
Integrated Engineering Approach
SECI is developed under an integrated engineering model, where primary equipment, protection, control, and auxiliary systems are designed and validated as a coordinated architecture.
This structure reduces system interfaces and supports compatibility between components and automation platforms.
The result is simplified operation and structured lifecycle maintenance within defined technical parameters.
Standardized Deployment and Regulatory Compliance
SECI is designed for standardized deployment, reducing on-site assembly and system interface activities.
Its modular configuration supports shorter execution timelines in projects such as:
- Load expansion
- Emergency supply
- Urban network reinforcement
- Installations with limited outage windows
Each unit is delivered in accordance with applicable technical standards, supporting safe commissioning and defined operational performance.
Solution for Space-Constrained Projects
In environments with limited installation area, such as dense urban zones or existing industrial plants, SECI provides a compact substation alternative.
By integrating primary equipment, protection, control, and auxiliary systems into a coordinated assembly, it reduces footprint and limits civil intervention.
This configuration supports infrastructure expansion or reinforcement within defined spatial and operational constraints.
