Import 700W Solar Panels from China to Italy — Industrial Rooftop TCO & Landed-Cost Framework

1. Decision Summary

The table below is the output of the scenario TCO model for the bounded scenario defined in §10 (Assumptions register). The model separates undiscounted totals from the present-valued (discounted) series; payback and LCOE are simple (undiscounted) unless explicitly labelled discounted.

All cost line items in the scenario were supplied as a model default of 0.00 EUR (DROPPED-ITEM) — see §10. The model therefore reports zero payback periods, zero LCOE and an IRR of n/a. Benefit totals and NPV are the model's response to the stated production and revenue assumptions only; they are not a quote.

2. CapEx — Capital Expenditure Breakdown

The CapEx stack below reflects the line items requested by the framework. In this scenario, each line item is set to 0.00 EUR by explicit bounded model default (DROPPED-ITEM); a real procurement must price each line via the OEM EXW quote, the BoS supplier, the freight forwarder and the EU TARIC consultation for heading 8541.43 at the time of shipment.

Total project CapEx in this scenario = 0.00 EUR (model default). Per-Wp CapEx = 0.00 EUR/Wp. This page is a generic framework — no specific OEM SKU is implied.

3. OpEx — Annual Operating Expenditure

OpEx covers preventive maintenance, inverter spares, all-risk insurance, monitoring subscription and a degradation reserve. In this scenario the annual OpEx line is set to a model default of 0.00 EUR (opex.fixed = 0.00) — see §10.

4. Year-by-Year Cash Flow (Model Output)

Cost column is 0.00 EUR/year (model default). Benefit column reflects Year-1 production of 840,000 kWh declining by 0.5 %/yr through Year 25 and a revenue-per-kWh assumption embedded in the scenario model. Discount factors apply the 8.00 % rate stated in §1. Figures are simple (undiscounted) in the Cost / Benefit / Net columns and discounted in the Discounted-net column.

The kWh column implies an annual degradation of 0.50 %/yr (Year-1 → Year-25: 840,000 → 744,789 kWh). The Benefit column implies an effective revenue per kWh that escalates by ~1.50 %/yr (139,440 → 198,859 EUR). Both values are explicit model defaults (see §10) and are not sourced from an OEM datasheet or ARERA tariff schedule.

5. Sensitivity — Payback vs avoided import-tariff price

The earlier draft sensitivity table reported a payback of 8.5 years at 0.16 EUR/kWh and 6.3 years at 0.22 EUR/kWh. Those figures used a stale formula where the cost side was carried as a single 700,000 EUR placeholder. The corrected formula — net cash-flow = (self-consumed kWh × avoided import-tariff price) + (exported kWh × feed-in price) − annual OpEx, applied to the Year-1 production of 840,000 kWh — is below. With OpEx = 0.00 EUR/year (model default) and self-consumption at 70 %, payback at 0.16 EUR/kWh is 0.0 yr against a CapEx of 0.00 EUR (DROPPED-ITEM). Once the CapEx line is priced from a real OEM quote, recompute against the model and not the table below; figures shown are simple (undiscounted).

Year-1 production = 840,000 kWh (model default). Self-consumption share = 70 %; exported share = 30 % at 0.04 EUR/kWh feed-in (placeholder). ARERA P-zone tariffs are referenced from the ARERA deliberation portal — confirm against the current year's deliberation before any commercial decision.

6. Compliance & Certifications

Industrial-rooftop PV in Italy is typically installed under CE marking, with module-level qualification to the IEC 61215 and IEC 61730 series and grid-connection compliance to CEI 0-21 (LV) or CEI 0-16 (MV). This page is a generic framework — specific certificate numbers, OEM DoC dossiers and DSO registration documents must be confirmed against the chosen OEM documentation.

• IEC 61215-1:2021 — Crystalline silicon PV modules — Design qualification. Specific certificate number: confirm against chosen OEM datasheet.
• IEC 61730-1:2016 / IEC 61730-2:2016 — PV module safety qualification. Specific certificate number: confirm against chosen OEM datasheet.
• CE marking under EU Regulation 305/2011 (Construction Products Regulation), EMC Directive 2014/30/EU and LVD Directive 2014/35/EU — Declaration of Conformity issued by the OEM; dossier number: confirm.
• Italian grid code: CEI 0-21 (LV) or CEI 0-16 (MV) — inverter registration with the local DSO under ARERA rules; reference: confirm.

The EN 13501-1 / UNI 9177 fire-rating bullet present in the earlier draft has been removed from this page after publication review; it will be reintroduced only after a real OEM datasheet URL is published. Tradvolt does not represent any specific OEM as certified unless the certificate number and issuer are documented in the RFQ response.

7. Duty Stack — HS National Line & Programs

Customs duty and Italian VAT must be confirmed at the time of shipment via the official portals listed in §9. Tradvolt does not hardcode a duty rate because TARIC measures and IVA rates change periodically.

8. Reference Equipment (Illustrative candidates, no implied OEM selection)

This page does not represent any specific OEM as the project's supplier. The components listed below are public reference candidates for a 700 W bifacial monocrystalline rooftop system; the RFQ must be priced against a specific OEM datasheet, not against this list.

Inclusion in this list is illustrative only. Tradvolt does not endorse any supplier. Limits (torque values, SOC windows, voltages) must be confirmed against the OEM installation manual title and revision before procurement.

11. Frequently Asked Questions

Q1. What does the computed TCO show for this 700 W scenario?

NPV = 1,689,252.87 EUR over 25 years at 8.00 % discount rate; simple payback = 0.0 yr; discounted payback = 0.0 yr; LCOE = 0.0000 EUR/kWh. The cost columns are 0.00 EUR by model default; benefits are derived from the stated production curve only.

Q2. How is payback calculated in this use case?

Annual net cash-flow = (kWh produced × self-consumption share × avoided import-tariff price) + (kWh exported × feed-in price) − annual OpEx. Simple payback = CapEx ÷ annual net cash-flow; discounted payback uses the same series discounted at 8.00 %. Figures are simple (undiscounted) for simple payback and discounted for discounted payback.

Q3. Which compliance frameworks apply?

CE marking under EU Regulation 305/2011 plus EMC and LVD directives; module qualification to IEC 61215-1:2021 and IEC 61730-1/2:2016; grid-connection compliance to CEI 0-21 (LV) or CEI 0-16 (MV). The EN 13501-1 / UNI 9177 fire-rating bullet has been removed pending an OEM datasheet URL.

Q4. What HS code applies?

HS heading 8541.43 in the EU TARIC. The exact 8- or 10-digit TARIC subheading applicable at the time of shipment must be confirmed against the TARIC consultation page; this page does not hardcode a duty rate.