SgurrEnergy's wind-BESS hybrid advisory supports projects that pair wind generation with battery energy storage, guiding clients through the key commercial and technical decisions and defining the scope of work needed to design, integrate and deliver the combined wind-plus-battery system effectively.
Key Decisions SgurrEnergy Supports
Grid services
Bankability
Wind variability
Why: Variable wind output can create ramping, curtailment and grid compliance challenges. How: Wind profile assessment, ramp-rate analysis and curtailment review.
BESS use case
Degradation trade-offs
Wind-BESS Hybrid Scope
Wind profile
Generation variability, ramping, curtailment and export constraints.
Storage sizing
Power, duration, use cases, dispatch logic and cycling assumptions.
Controls
Wind farm controller, BESS controller, EMS, SCADA and grid interface.
Grid compliance
Reactive power, voltage support, ramp-rate limits, protection and power quality.
Lifecycle performance
Battery degradation, augmentation, availability and performance tracking.
Typical Deliverables
- Wind-BESS feasibility note
- BESS sizing and ramp-control review
- Curtailment and dispatch assessment
- Grid integration review
- Degradation and augmentation note
- Bankability risk register
Client Outcomes
- Reduced curtailment and ramping risk
- Better storage sizing decisions
- Improved grid compliance confidence
- Stronger dispatch and revenue visibility
- Improved lifecycle value protection
Related Services & Technologies
Assess whether wind-BESS improves bankability and grid compliance
Related projects
A selection from our global track record in this technology.
CPPIB: 6,468 MW Site Quality and Installation Audits in India.
CPPIB: 6,468 MW Technical Due Diligence in India.
CPPIB: 6,864 MW Site Quality and Installation Audits in India.
Greenko: 13.5 MW Wind Resource Assessment in Andhra Pradesh, India.
Inox wind: 100 MW Technical Due Diligence in Madhya Pradesh, India.