SERVICE
Overview
Grid connection studies provide the technical basis for integrating new facilities into the power system.
They define how a project interacts with the grid:
- where power is supplied from
- or how generated power is delivered to the network
Approach
The study is performed using a digital power system model and a comprehensive set of engineering analyses.
The evaluation includes:
- steady-state operating conditions
- short circuit levels
- system stability
- impact on adjacent network nodes
Multiple connection options are analyzed to identify a technically justified solution.
Scope
The study may cover both:
- integration of industrial loads into the grid
- connection of power generation facilities
In each case, the goal is to define a reliable and feasible connection scheme that meets system requirements.
When it is applied
- connection of new industrial facilities
- development of power plants
- increase of load or generation capacity
- modification of external power supply schemes
- preparation of documentation for grid connection approval
Strengths of the approach
- Evaluation of multiple connection scenarios
- Engineering justification based on system studies
- Alignment with system operator and utility requirements
- Reduction of risks during the approval process
- Improved quality of initial technical decisions
Typical tasks
- selection of connection point
- system impact analysis
- reliability and stability assessment
- preparation of technical documentation
- support during review and coordination process
Positioning
We do not just prepare connection documentation — we develop a technically justified solution for grid integration.
The result is a connection scheme supported by engineering analysis and ready for approval and implementation.
Input data
- Project technical data (load or generation capacity)
- Single-line diagrams and connection options
- Existing grid data and constraints
- System operator and utility requirements
- Power system operating conditions
- Results of engineering studies and modeling
Results
- Grid connection scheme and technical justification
- Power system operating studies (load flow, short circuit, stability)
- Reliability and system impact assessment
- Identification of optimal connection points
- Documentation package for grid connection approval
- Support during review and coordination process