BESS and Hybrid-System Sizing and Integration
Define a storage system around the real operating objective, not only a nominal energy and power target.
Engagement format
Remote · On site · Hybrid
Project types
Commercial & industrial · Utility scale · Off-grid & remote
Area served
International
Siraj Solar evaluates load profiles, PV generation, grid conditions and operational priorities to establish a defensible BESS sizing basis.
From use case to architecture
The study connects use cases, dispatch logic, power and energy sizing, conversion architecture, operating limits and the interfaces required for a hybrid system.
How this service helps
- Sizing connected to operational and economic objectives
- Transparent dispatch and performance assumptions
- Clearer integration risks and technical interfaces
Typical deliverables
- Use-case and design-basis definition
- Power and energy sizing
- Simulation scenarios and performance indicators
- Integration architecture and technical recommendations
How we work
- 01
Characterize
Analyse loads, generation, constraints and storage objectives.
- 02
Simulate
Compare sizes and dispatch scenarios across representative periods.
- 03
Integrate
Define architecture, interfaces and implementation recommendations.
Typical client inputs
- Load and generation profiles
- Grid availability and tariff information
- Operational priorities and space constraints
Suitable for
- PV plus storage projects
- Off-grid and weak-grid systems
- Industrial resilience and peak-management applications
Frequently asked questions
Do you recommend a battery brand?
The study first defines performance and integration requirements. Equipment can then be evaluated against the agreed technical criteria.