Airport GSE Solar 300 kWp — Middle East & Africa Use Case & 25-Year TCO

Verdict at a glance

For a 300 kWp ground-mount PV system powering airport ground support equipment (GSE) chargers at a Middle East & Africa regional hub — equipped with Jinko Solar Tiger Neo N-type 580 W modules (datasheet PDF) and a Sungrow SG110CX string inverter (datasheet PDF) — the 25-year, 7.0 %-real TCO is 305,125.80 USD (PV of costs) on undiscounted lifetime costs of 371,481.81 USD, against a PV of benefits of 559,973.35 USD. NPV = 254,847.55 USD, IRR = 16.12 %, simple payback = 6.23 years, discounted payback = 8.37 years, and LCOE = 0.0552 USD/kWh. Evidence date: 2026-02-10. Limitation: all key figures are scenario model OUTPUT, not draft-computed; trade-policy and O&M escalation are bounded model assumptions, not measured site data.

1. Use case definition

A 300 kWp ground-mounted photovoltaic system provides daytime electricity to an airport GSE depot — baggage tugs, belt loaders, pushback tractors and ground power units recharged from on-site chargers. The reference site is a regional airport hub in the Middle East & Africa (MEA) region with high direct-normal irradiance, dusty ambient air, and grid backup for evening GSE charging. The PV system feeds a dedicated GSE charging sub-panel sized for ~180 kVA simultaneous draw. The reference BOM is real, marketed, currently-in-production hardware:

• Modules: Jinko Solar Tiger Neo N-type JKM580N-72HL4R-V, 580 W bifacial, 1,500 V DC, 144 half-cells — see Jinko datasheet PDF.
• Inverter: Sungrow SG110CX, 110 kW three-phase string inverter, 12 MPPTs, IP66 — see Sungrow datasheet PDF. Three units in parallel give a 330 kW AC envelope around the 300 kWp DC array.
• DC cable: PV1-F 1×6 mm², ratings per IEC 62930 (IEC 62930 scope page); aluminium mounting structure per IEC 62548 design rules (IEC 62548 publication record).

2. Inputs (scenario model inputs and bounded assumptions)

2.1 Model defaults (explicit bounded assumptions — NOT sourced facts)

3. TCO summary (scenario model output — verbatim)

4. Year-by-year cash flow (scenario model output — verbatim)

The year-13 cost spike of 33,424.25 USD combines the 2 %-escalated O&M line for that year with the simultaneous Sungrow SG110CX string-inverter replacement (one of three units, modelled as 0.10 USD/Wp × 300 kWp × 1,000 W/kW = 30,000 USD nominal), per IEC 61724 lifecycle guidance.

5. Worked arithmetic (informs the cash flow above)

5.1 Year-1 generation

E₁ = 300 kWp × 1,650 kWh/kWp/yr = 495,000 kWh.

5.2 Capex

Capex = 300 kWp × 1,000 × 0.85 USD/Wp = 255,000 USD (year 0 cost).

5.3 Generation in year n (degradation d = 0.5 %/yr)

Eₙ = 495,000 × (1 − 0.005)^(n−1). At year 25: 438,893.49 kWh.

5.4 O&M in year n

O&Mₙ = 9 × 300 × (1 + 0.02)^(n−1). Year 1 = 2,700 USD; year 25 = 4,342.78 USD.

5.5 Inverter replacement (year 13)

Inv₁₃ = 0.10 × 300 × 1,000 = 30,000 USD nominal, discounted to 12,449.32 USD at DF = 0.4150.

5.6 Tariff-driven benefit (year n)

Benefitₙ = Eₙ × 0.085 USD/kWh × (1 + 0.015)^(n−1). Year 1 = 42,075.00 USD; year 25 = 60,004.27 USD. The 1.5 %/yr escalation is a bounded assumption (§2.1), not a published tariff series.

6. Sensitivity — LCOE and NPV (scenario model recomputation)

LCOE base 0.0552 USD/kWh moves to ≈ 0.0689 USD/kWh at specific yield 1,320 kWh/kWp and ≈ 0.0460 USD/kWh at 1,980 kWh/kWp, holding everything else constant.

7. Trade-policy block (illustrative, NOT a landed-cost quote)

Lookup instructions. Confirm MFN duty, any anti-dumping/countervailing measures (e.g. EU Implementing Regulation (EU) 2023/2617 on anti-dumping duties on Chinese solar modules), and free-trade-agreement preferences via the European Commission TARIC consultation page and the destination country's national tariff portal. Disclaimer. This block is illustrative; final landed cost must be validated by a licensed customs broker in the destination jurisdiction.

8. Mini certification block (equipment-specific)

• Jinko Tiger Neo N-type 580 W: IEC 61215-1:2021 (design qualification, see IEC webstore IEC 61215 publication page) and IEC 61730-1/-2:2016; VOC ≤ 51.74 V, ISC ≈ 14.20 A per Jinko datasheet, MPPT strings sized accordingly.
• Sungrow SG110CX: IEC 62109-1/-2 safety, IEC 61727 utility interconnection — see Sungrow datasheet; max DC input 1,500 V, 12 MPPTs.
• Battery hazard classification (if any BESS added): UN Manual of Tests and Criteria, 7th rev., 38.3 (UN publications index).

9. Calls to action

Request a quotation: Submit RFQ — Airport GSE 300 kWp, MEA

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