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Import LFP Cabinet 215kWh from China to Egypt — Farm ESS Use-Case & Landed-Cost TCO

Verdict (model arithmetic, not a quote): Under the bounded assumptions listed in §4, importing one 215kWh-class LFP ESS cabinet for farm use in Egypt returns NPV = USD -35,530.97 over a 15-year horizon at an 8.00% discount rate. Simple payback = — (does not occur in horizon); discounted payback = — (does not occur in horizon); LCOS = 0.2177 USD/kWh; IRR = -0.0271. Equipment class: 215kWh LFP cabinet (reference product class — Sungrow ST2752UX-class liquid-cooled ESS container exemplifies the 1500 V DC LFP architecture at the multi-MWh scale, while the 215kWh class corresponds to a single cabinet; specific OEM cabinet, manual revision and certificate IDs confirmed at RFQ — R12). Location: Egypt. Horizon: 15 years. Evidence date: 2026-09-22. Limitation: input ex-works price, freight, and revenue-per-kWh are bounded model assumptions, not a quotation.
Decision summary (computed)
MetricValue
Equipment (class)215kWh LFP cabinet (reference class; specific OEM confirmed at RFQ)
Reference products citedSungrow ST2752UX-class (2752 kWh liquid-cooled LFP container, 1500 V DC — Sungrow ST2752UX); GoodWe ES G2 series (3-6 kW hybrid inverter class — GoodWe ES G2); EVE LF304 prismatic LFP cell (304 Ah / 3.2 V / 4000 cycles — EVE LF304)
LocationEgypt
Horizon15 years
Discount rate8.00%
NPV-35,530.97 USD
Simple payback— (does not occur in horizon)
Discounted payback— (does not occur in horizon)
LCOS0.2177 USD/kWh
IRR-0.0271
Evidence date2026-09-22
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1. Product & Use-Case Snapshot

FieldValueSource
Cabinet (reference class)215kWh-class LFP cabinet; specific OEM cabinet, manual revision and certificate IDs confirmed at RFQ (R12)Tradvolt SKU class; reference architecture cited above.
TopologyLFP lithium-ion cabinet (vertical form factor, liquid-cooled or air-cooled variant by OEM)Sungrow ST2752UX product page (liquid-cooled LFP, 1500 V DC architecture, -30 to 50 °C operating range).
Nominal energy (model assumption)215 kWh per cabinet (class assumption)Bounded model assumption — replaces the prior "pending verified PDF" placeholder (R1); confirm against OEM cabinet datasheet at RFQ.
Cell chemistryLithium Iron Phosphate (LFP)EVE LF304 prismatic LFP cell datasheet — EVE LF304 (304 Ah, 3.2 V nominal, ≥4000 cycles at 25 °C to ≥80% SoH); chemistry classification general to LFP cabinets.
Useful life (model assumption)15 yearsModel assumption (bounded) — bounded by typical OEM cycle/calendar-life curves (e.g., EVE LF304 ≥4000 cycles), confirm against datasheet at RFQ.
Typical deploymentSolar-plus-storage for irrigation pumps, cold storage, dairy / poultry sheds, off-grid farm microgridsUse-case reference; market context per IEA.
OriginChina (factory ex-works)RFQ input; export procedures per General Administration of Customs of China (GACC).
DestinationArab Republic of Egypt (typically Alexandria / Port Said / Damietta)RFQ input; routing feasibility per IATA DGR programme page and freight-forwarding reference FIATA; Egyptian tariff lookup at Egypt Customs Authority portal.
IncotermFOB / CIF / DAP per RFQPer ICC Incoterms 2020.

2. TCO summary (computed)

TCO summary
MetricValue
CurrencyUSD
Horizon (years)15
Discount rate8.00 %
Total undiscounted cost (USD)101,128.15
Total discounted cost / PV of costs (USD)87,271.79
Total undiscounted benefit (USD)88,159.13
Total discounted benefit (USD)51,740.81
NPV (USD)-35,530.97
IRR-0.0271
Simple payback (year)—
Discounted payback (year)—
LCOS (USD/kWh)0.2177

3. Year-by-year cash flow (computed)

Year-by-year cash flow
YearCost (USD)Benefit (USD)Net (USD)Discount factorDiscounted net (USD)Energy (kWh)
070,000.000.0000-70,000.001.00-70,000.000.0000
11,800.006,744.354,944.350.92594,578.1152,245.00
21,836.006,609.474,773.470.85734,092.4851,200.10
31,872.726,477.284,604.560.79383,655.2550,176.10
41,910.176,347.734,437.560.73503,261.7449,172.58
51,948.386,220.784,272.400.68062,907.7248,189.12
61,987.356,096.364,109.020.63022,589.3847,225.34
72,027.095,974.443,947.340.58352,303.2446,280.84
82,067.635,854.953,787.310.54032,046.1745,355.22
92,108.995,737.853,628.860.50021,815.3344,448.11
102,151.175,623.093,471.920.46321,608.1743,559.15
112,194.195,510.633,316.440.42891,422.3642,687.97
122,238.075,400.423,162.340.39711,255.8141,834.21
132,282.845,292.413,009.570.36771,106.6140,997.53
142,328.495,186.562,858.070.3405973.0640,177.57
152,375.065,082.832,707.770.3152853.6039,374.02

[Source: COMPUTED TABLES, computed per the page's computed landed-cost model; inputs reconciled to §4 below.]

4. Bounded model assumptions (not facts)

The figures above derive from the following bounded model inputs. None of these is a quotation; each is a model assumption the B2B buyer must replace with a confirmed value at RFQ.

InputValue usedNote
Horizon15 yearsMatches §2/§3 tables.
Discount rate8.00%Matches §2/§3 tables.
CapEx (Year-0, landed)USD 70,000Model assumption (bounded). residual_value.amount = USD 0; residual_value.year = horizon end (no residual credited).
asset.ess.usable_pct90% DoD-equivalent (per 52,245 kWh Year-1 energy against 215 kWh nominal, ~243 equivalent full cycles)Model assumption (bounded).
asset.ess.round_trip_effBounded; consistent with 0.2177 USD/kWh LCOS at the assumed charge cost and discharge value (see §3 Year-1 benefit 6,744.35 USD on 52,245 kWh)Model assumption (bounded). Confirm round-trip efficiency against the OEM datasheet at RFQ (e.g., Sungrow ST2752UX-class architecture).
asset.ess.cycles_per_year~270 cycles/yr equivalent at Year-1 (52,245 kWh discharged / 215 kWh nominal, after usable-DoD adjustment)Model assumption (bounded); replaces the prior "pending verified PDF" placeholder (R1). Confirm against OEM cycle-life curve.
asset.ess.degradation_pct_per_year~2.0% energy throughput reduction per year (visible as -2.0%/yr in Year-by-year kWh column: 52,245 → 39,374.02)Model assumption (bounded); replaces the prior "pending verified PDF" placeholder (R1). Confirm against OEM calendar-life curve.
asset.ess.charge_cost_per_kwhBounded; reconciling to LCOS 0.2177 USD/kWh given Year-1 benefit 6,744.35 USD on 52,245 kWhModel assumption (bounded). Replace with Egypt-specific grid tariff / solar LCOE at RFQ.
asset.ess.value_per_kwh_dischargedBounded; implied by Year-1 benefit 6,744.35 USD on 52,245 kWhModel assumption (bounded). Replace with displaced-tariff revenue at RFQ.
Year-1 OpExUSD 1,800Model assumption (bounded); inflates at 2%/yr through Year-15 (see §3 table).
Year-0 CapEx (input, not table-derived)USD 70,000Model assumption (bounded). Matches §2 / §3 tables exactly.

5. Landed-cost structure (line items & cited authorities)

Line items below describe the structure of landed cost. Numeric rates marked PENDING must be confirmed before any binding figure is issued.

Line itemStatusSource of Truth / authority
Cabinet ex-works (CN)PENDING — firm on RFQOEM datasheet (specific cabinet, revision, certificate IDs confirmed at RFQ — R12). Reference architecture: Sungrow ST2752UX product page (1500 V DC LFP, -30 to 50 °C).
Ocean freight CN → EGPENDING — RFQ-dependentFreight reference: FIATA; lithium-battery sea-freight context: IATA DGR programme page; Chinese export procedures: GACC English portal.
Marine cargo insurance~0.3–0.5% of CIF value (typical)ICC cargo clauses — confirm with insurer at RFQ.
Wood packaging / palletisingPer shipmentIPPC ISPMs (ISPM 15 wood-packaging compliance).
Egyptian import duty (HS 8507 line — confirm national sub-heading)PENDING — lookup against Egyptian Customs Authority national tariff for the relevant 8507 sub-heading (e.g., 8507.60 lithium-ion)HS heading 8507 (lithium-ion accumulators) per the harmonized system reference; Egyptian national line and rate confirmed at the Egypt Customs Authority portal (R13).
Egyptian VATPENDING — confirm against Egyptian Tax Authority VAT scheduleEgyptian Tax Authority (ETA) — VAT schedule page (R13).
Customs fees / pre-shipment inspection (GOEIC)PENDING — confirm applicability against GOEIC approved-inspector list and current regulationsGOEIC — General Organization for Export and Import Control regulations portal (R1/R13).
Last-mile delivery to sitePENDING — RFQ-dependentLocal carrier — confirm at RFQ.
Installation & commissioningPENDING — RFQ-dependentLocal EPC / Tradvolt partner — confirm at RFQ.

6. Compliance & certifications (framework only)

This page does not assert any certificate is held by the reference product class. The bullet list below names the standards typically required for an LFP ESS cabinet exported from China to Egypt. No certificate ID, issuer or holder is claimed on this page; each certificate number must be confirmed directly with the issuing certification body before shipment.

[Compliance reference pages: Regulation (EU) 2023/1542; IEC 62619:2022 ed2; IEC 62109-1:2010; IEC 62485-5:2020; UN Manual of Tests and Criteria; UL 9540A; UL 1973; IATA DGR; IPPC ISPMs; NFPA 855.]

7. Sensitivity (recomputed, CapEx × annual revenue)

Sensitivity rows below hold the same Year-0 CapEx rows used in the draft (USD 60,000 / 70,000 / 80,000) and recompute the USD 10,000 revenue column correctly (R11). They are illustrative against the same bounded OpEx / horizon / discount assumptions.

CapEx (USD) \ Revenue/yr (USD)5,0007,50010,000
60,00018.810.57.32
70,00021.912.38.54
80,00025.014.09.76

Recomputed cells (R11): 60,000/8,200 ≈ 7.32; 70,000/8,200 ≈ 8.54; 80,000/8,200 ≈ 9.76 — replacing the previous 6.7 / 7.8 / 8.9 values.

8. Frequently Asked Questions

8.1 What HS code applies to a 215kWh LFP cabinet exported to Egypt?

Lithium-ion accumulators typically classify under HS heading 8507 (lithium-ion). The exact Egyptian national tariff sub-heading and rate must be confirmed against the Egypt Customs Authority portal before quoting.

8.2 What is the typical landed-cost structure for a 215kWh LFP cabinet?

Ex-works + ocean freight (CN→EG) + marine insurance + Egyptian import duty + Egyptian VAT + customs fees + last-mile delivery + installation & commissioning. See §5.

8.3 What OpEx should a farm-ESS operator plan for annually?

Routine preventive maintenance, thermal/IR scan, firmware updates, auxiliary/standby losses, optional remote-monitoring subscription, spare parts, and post-commissioning insurance. The Year-1 OpEx input used here is a bounded USD 1,800 assumption (see §4).

8.4 What is the verdict on this 215kWh farm-ESS import?

Under the bounded assumptions listed in §4, the project is NPV-negative over 15 years (NPV = USD -35,530.97), with no simple or discounted payback. A binding figure requires an RFQ against a confirmed OEM cabinet, freight quote, and Egyptian HS/duty/VAT lookup.

8.5 Is the payback shown an offer or quotation?

No. The TCO and sensitivity figures are illustrative only — not a quotation, offer, or financial advice. A binding landed-cost figure is produced only after an RFQ with a confirmed OEM cabinet, EXW price, freight rate, HS national line and duty/VAT rates.

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© Tradvolt. Illustrative TCO page. All duty, VAT, certificate, and ex-works values must be confirmed before any procurement decision. Tradvolt does not provide financial advice. Sources cited: tradvolt.com/rfq/; Regulation (EU) 2023/1542; EU TARIC consultation; USITC HTS; UK Global Tariff; Japan Customs; Australian Border Force; SARS; Ghana Revenue Authority; Uganda Revenue Authority; ICC Incoterms 2020; IATA DGR; IPPC ISPMs; Open Charge Alliance (OCPP); FIATA; IEA; CATL ESS; Sungrow; Huawei FusionSolar; LONGi; JinkoSolar; Trina Solar; Growatt; EVE Energy; K2 Systems; US CBP; US ITA; Egypt Customs Authority; Egyptian Tax Authority (ETA); GACC English portal; Sungrow ST2752UX; GoodWe ES G2; EVE LF304; IEC 62619:2022 ed2; IEC 62109-1:2010; IEC 62485-5:2020; UN Manual of Tests and Criteria; UL 9540A; UL 1973; NFPA 855; EU Environment — Batteries.