Product Requirements

• Client Profile: A 10MW photovoltaic power station in Kenya (located northeast of Nairobi, with an average annual sunshine duration of 6.5 hours). The local grid suffers from poor stability, experiencing 2-3 daily power outages.

• Core specifications: 5MWh integrated energy storage cabinet (featuring lithium batteries, PCS, and BMS), with 90%+ charge-discharge efficiency and 6,000+ cycles. Supports off-grid operation (≥4 hours of standby after power loss) and IEC 62933 certification, with 90-day delivery.

Module 2: Solutions

• Product package: 2 sets of 2.5MWh integrated energy storage cabinets (model: OX-ESS-2.5M) + 1 set of grid dispatching system (with PV output forecasting capability)

• Technical highlights: Equipped with lithium iron phosphate batteries (with 60°C heat resistance, ideal for African climates), the PCS system enables seamless grid-to-off-grid switching (≤200ms).

Module 3-5: Key Adaptation

• Product Design: The parameter table highlights 'high-temperature tolerance' and 'cycle life', while the drawings include an 'heat dissipation system design diagram'.

• Delivery fulfillment: Logistics route selected as 'Chongqing Port to Mombasa Port' (30-day voyage), with on-site service enhanced to include 'high-temperature environment charge-discharge testing'