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SgurrEnergy

SgurrEnergy's advisory for wind-solar-BESS-pumped storage hybrids supports complex projects that combine wind and solar generation with both battery and pumped-storage capacity, guiding clients through the key decisions and defining the scope of work needed to design, integrate and deliver these multi-technology systems.

Key Decisions SgurrEnergy Supports

Hydrology and geology

Grid flexibility

Long-duration firming

Why: Pumped storage can support longer-duration shifting than BESS, but is highly site-dependent. How: Pumped storage feasibility review, site risk assessment and storage role definition.

BESS vs pumped storage role

RTC potential

Complex Hybrid Scope

Renewable generation

Wind/solar profile, seasonal complementarity, yield uncertainty and curtailment.

Short-duration storage

BESS sizing, dispatch, degradation, safety and augmentation.

Long-duration storage

Pumped storage feasibility, head, reservoir, hydrology, geology and civil interfaces.

RTC and firming

Supply profile, storage dispatch, shortfall risk, grid export and commercial obligations.

Bankability

Risk register, due diligence, lender inputs, CAPEX/OPEX drivers and E&S considerations.

Typical Deliverables

  • Complex hybrid feasibility note
  • RTC/firming profile assessment
  • BESS and pumped storage role allocation
  • Grid integration review
  • Hydrology/geotechnical/E&S risk inputs
  • Bankability risk register

Client Outcomes

  • Clearer long-duration storage strategy
  • Better RTC/firming confidence
  • Reduced site and storage-integration risk
  • Stronger grid and bankability readiness
  • Improved project structuring for investors and lenders

Structure long-duration, RTC-capable hybrids around feasibility and bankability