Clear answer
Clear answer, explained.
Typical phases include: Feasibility & Load Analysis (2–6 weeks) Interval data review, tariff modelling, and sizing. Engineering & Design (4–8 weeks) Electrical design, protection studies, and permitting documentation. Procurement & Approvals (6–16 weeks) Equipment lead times and utility interconnection review. Installation & Commissioning (4–8 weeks) Site works, integration, testing, and system commissioning. Projects involving medium-voltage interconnection, switchgear upgrades, or microgrid functionality may extend timelines.
Key points
What this means in practice.
- Typical total timeline: 4–9 months
- Larger
- MWh systems may require extended engineering
- Utility interconnection often drives schedule
- Equipment lead times affect delivery
- Commissioning includes testing, protection coordination, and training
When this applies
Best-fit environments.
- Industrial battery systems ≥ 500 kWh to multi-MWh
- Facilities requiring demand reduction or resilience
- Solar-plus-storage or hybrid microgrid projects
- Sites requiring utility interconnection studies
Q·01
