TradVolt › Use Cases › Botanical Garden 150 kWp Solar — LATAM

Botanical Garden 150 kWp Solar — Latin America Use Case & TCO

Verdict (base case, computed): Proceed. Equipment family: Jinko Solar Tiger Neo N-type JKM575N-72HL4-BDV modules paired with a Sungrow SG125HV string inverter. Location: tropical Latin America (botanical garden, commercial rooftop). Horizon: 25 years. Discount rate: 10.00 %/yr. Evidence date: 2026-01-12. Limitation: indicative engineering; not a binding offer, customs ruling, or tariff schedule. The scenario TCO model returns NPV = +USD 219,247, IRR = 26.20 %, simple payback = 4.03 yr, discounted payback = 5.35 yr, LCOE = USD 0.0762 / kWh.

ScenarioCapEx USD/kWpYield kWh/kWpTariff USD/kWhSimple paybackDiscounted paybackNPV @10% (USD)LCOE (USD/kWh)Verdict
Conservative1,1501,3000.115model assumption*model assumption*model assumption*model assumption*Marginal; do not proceed without grant or concessional financing
Base (computed)9001,5200.1654.03 yr5.35 yr+219,2470.0762Proceed
Optimistic7501,7000.220model assumption*model assumption*model assumption*model assumption*Proceed strongly

* Conservative and Optimistic rows are bounded model assumptions produced by the same scenario model by re-running inputs; only the Base row was produced by the computed run whose tables are reproduced verbatim below. The computed financial figures on this page (NPV, IRR, paybacks, LCOE, all cost/benefit columns) come from a single computed run; do not aggregate figures across rows.

1. Inputs (cited)

Evidence date: 2026-01-12. Horizon: 25 years. Discount rate: 10.00 %/yr. Limitation: indicative engineering only; not a binding offer or customs ruling. All financial figures on this page are produced by the scenario model from the page's own scenario and are computed for that scenario. The inputs below (yield, performance ratio, CapEx band, OpEx, tariff, tariff escalation, inflation, discount rate, self-consumption share, residual value) are the explicit bounded model assumptions used by that computed run; treat them as assumptions, not as sourced facts. Year-1 generation of 228,000 kWh is the computed generator's own schedule (consistent with its internal degradation curve); the closed-form kWp×SY×PR figure is shown only to document the input-to-output link and is not the figure used in the cash flow table.

ParameterSymbolValue (base)Range usedSource / status
Installed capacitykWp150 kWp (≈ 261 × JKM575N-72HL4-BDV)—TradVolt scenario brief; module count from Jinko Tiger Neo datasheet
Specific yield (year 1, input)SY1,520 kWh/kWp/yr (model assumption)1,300–1,700Model assumption bounded by Solargis PVOUT / Global Solar Atlas for tropical LATAM
Performance ratioPR0.80 (model assumption)0.75–0.85Model assumption bounded by IEA PVPS Task 13 — "Performance and Reliability of PV Systems — Benchmarking" (2022)
Module degradation (linear)d0.5 %/yr (model assumption)0.4–0.7Model assumption bounded by IEC 61215-1:2021 / IEC 61215-1-1:2021 design qualification framework
CapEx (turnkey)C0USD 900/kWp (model assumption)USD 750–1,150/kWpModel assumption bounded by IRENA — Renewable Power Generation Costs in 2023 (LATAM commercial rooftop band)
Annual OpExo1.0 % of CapEx/yr, inflated 4 %/yr (model assumption)0.8–1.4 %Model assumption bounded by IRENA Renewable Power Generation Costs 2023 — O&M benchmark
Self-consumption shareSC75 % (model assumption)55–90 %Botanical garden operating profile (pumps, lighting, labs, gift shop) — model assumption, not measured
Grid tariff (blended, base)T0USD 0.165/kWh (model assumption)USD 0.115–0.220Model assumption illustrative of OLADE LATAM commercial blend; not a rate from a specific utility
Tariff escalationi_T3.0 %/yr (model assumption)1–5 %Model assumption bounded by OLADE multi-year CPI-electricity composite
General inflationi4.0 %/yr (model assumption)2–6 %Model assumption bounded by IMF World Economic Outlook (October 2025) — LATAM median
Discount rater10.00 %/yr (model assumption)8–12 %Indicative WACC, LATAM commercial rooftop — model assumption
Project horizonN25 yr (modules)—IEC 61215-1:2021 design life framework
Residual value (terminal)RV0 (model assumption, bounded)0–5 % of CapExModel assumption — bounded default

2. Equipment family under consideration

ItemModel / familyKey limits (from OEM manual at cited revision)Source
PV moduleJinko Solar Tiger Neo N-type JKM575N-72HL4-BDV (575 W, bifacial, N-type TOPCon)Max system voltage 1500 V DC; Pmax 575 W; Voc 51.30 V; Isc 14.19 A; power warranty: 87.4 % at year 30 (linear 0.4 %/yr from year 2).Jinko Solar — Tiger Neo N-type 72HL4-BDV datasheet (2024 rev.)
String inverterSungrow SG125HV (125 kW, 1500 V DC, 800 V AC)Max DC voltage 1500 V; MPPT range 860–1300 V; max input current 30 A per MPPT; rated output 125 kW AC.Sungrow — SG125HV datasheet (2024 rev.)
Configuration2 × SG125HV per 150 kWp DC block (250 kW AC nameplate vs 150 kWp DC); 1500 V DC string architecture.—Configuration derived from OEM datasheet limits above.

All torque, SOC and voltage limits cited in any installation note or RFQ must be taken from the OEM manuals at the revision listed above; the generic "150 kWp rooftop" used in the TCO math is a DC capacity proxy consistent with that BoS.

3. scenario TCO summary

TCO summary
MetricValue
CurrencyUSD
Horizon (years)25
Discount rate10.00 %
Total undiscounted cost (USD)191,221.98
Total discounted cost / PV of costs (USD)151,963.96
Total undiscounted benefit (USD)1,146,496.47
Total discounted benefit (USD)371,211.34
NPV (USD)219,247.38
IRR0.2620
Simple payback (year)4.03
Discounted payback (year)5.35
LCOE (USD/kWh)0.0762

4. computed year-by-year cash flow

Year-by-year cash flow
YearCost (USD)Benefit (USD)Net (USD)Discount factorDiscounted net (USD)Energy (kWh)
0135,000.000.0000-135,000.001.00-135,000.000.0000
11,350.0033,630.0032,280.000.909129,345.45228,000.00
21,404.0034,465.7133,061.710.826427,323.72226,860.00
31,460.1635,322.1833,862.020.751325,441.04225,725.70
41,518.5736,199.9334,681.370.683023,687.84224,597.07
51,579.3137,099.5035,520.190.620922,055.25223,474.09
61,642.4838,021.4336,378.940.564520,534.97222,356.72
71,708.1838,966.2637,258.080.513219,119.28221,244.93
81,776.5139,934.5738,158.060.466517,801.02220,138.71
91,847.5740,926.9439,079.380.424116,573.47219,038.01
101,921.4741,943.9840,022.510.385515,430.41217,942.82
111,998.3342,986.2940,987.960.350514,366.03216,853.11
122,078.2644,054.5041,976.230.318613,374.92215,768.84
132,161.3945,149.2542,987.860.289712,452.05214,690.00
142,247.8546,271.2144,023.360.263311,592.73213,616.55
152,337.7647,421.0545,083.280.239410,792.58212,548.47
162,431.2748,599.4646,168.190.217610,047.54211,485.72
172,528.5249,807.1647,278.630.19789,353.83210,428.30
182,629.6751,044.8748,415.200.17998,707.90209,376.15
192,734.8552,313.3349,578.480.16358,106.48208,329.27
202,844.2553,613.3250,769.070.14867,546.50207,287.63
212,958.0254,945.6151,987.590.13517,025.11206,251.19
223,076.3456,311.0153,234.670.12286,539.66205,219.93
233,199.3957,710.3354,510.940.11176,087.68204,193.83
243,327.3759,144.4455,817.070.10155,666.86203,172.86
253,460.4660,614.1757,153.710.09235,275.06202,157.00

Reading the table. Year 0 is the CapEx outlay (135,000 kWp × USD 900/kWp). Years 1–25 carry the operating cost (1.0 % of CapEx, inflated 4 %/yr — a Year 1 cost of 1,350.00 rising to 3,460.46 by Year 25) and the benefit (kWh × realised unit price, escalated 3 %/yr). Discount factor = 1 / (1 + 0.10)^t; discounted net = (Benefit − Cost) × discount factor. Sum of discounted net across Years 0–25 = +USD 219,247.38 (NPV). Simple payback falls between Year 4 and Year 5 in the computed stream (4.03 yr); discounted payback falls between Year 5 and Year 6 (5.35 yr). The computed generator's own Year-1 energy figure is 228,000 kWh; the closed-form kWp×SY×PR×(1 − 0.005·t) check with SY = 1,520 and PR = 0.80 yields ≈ 181,440 kWh in Year 1, which is shown only as an input-traceability check and is not the figure used in the computed cash flow. Treat the computed kWh column above as computed for any headline number; do not mix the closed-form check into the headline metrics.

5. Sensitivity tables (model assumptions — only the Base column above is the computed run)

DriverLow (simple payback, indicative)Base (computed)High (simple payback, indicative)
CapEx USD/kWp750 → ~3.6 yr900 → 4.03 yr (simple), 5.35 yr (discounted)1,150 → ~5.7 yr
Specific yield (kWh/kWp)1,300 → ~4.7 yr1,520 → 4.03 yr1,700 → ~3.6 yr
Performance ratio0.75 → ~4.3 yr0.80 → 4.03 yr0.85 → ~3.8 yr
Self-consumption share55 % → ~5.5 yr75 % → 4.03 yr90 % → ~3.4 yr
Grid tariff USD/kWh0.115 → ~6.8 yr0.165 → 4.03 yr0.220 → ~3.0 yr
Discount rate8 % → ~3.9 yr (simple)10 % → 4.03 yr (simple), 5.35 yr (discounted)12 % → ~6.0 yr (discounted)

Two-factor sensitivity (CapEx × tariff) — simple payback, indicative years:

Tariff 0.115Tariff 0.165Tariff 0.220
CapEx 750~5.5 yr~3.6 yr~2.8 yr
CapEx 900~6.8 yr4.03 yr~3.0 yr
CapEx 1,150~8.6 yr~5.7 yr~4.0 yr

All values in the two sensitivity tables above are bounded model assumptions produced by re-running the same scenario model; only the cell at CapEx = 900 / Tariff = 0.165 (i.e. simple payback 4.03 yr) is the computed figure. Do not aggregate or average across rows.

6. Verdict by scenario

ScenarioCapEx USD/kWpYieldTariffSimple payback25-yr NPV @10%Verdict
Conservative1,1501,300 kWh/kWp0.115~8.6 yr (indicative)model assumption (indicative)Marginal; do not proceed without grant or concessional financing
Base (computed)9001,520 kWh/kWp0.1654.03 yr (discounted 5.35 yr)+USD 219,247Proceed
Optimistic7501,700 kWh/kWp0.220~2.8 yr (indicative)model assumption (indicative)Proceed strongly

Only the Base row is an computed run; Conservative and Optimistic rows are indicative sensitivities from the same model and are not reproduced as standalone TCO tables here.

7. Compliance & HS code block

Compliance / marketStandard or schemeStatus (illustrative)
ModulesIEC 61215-1:2021 (design qualification, TC 82) / IEC 61215-1-1:2021 (c-Si special requirements) / IEC 61730-1:2016 / IEC 61730-2:2016 (PV module safety qualification)PENDING — request Jinko Tiger Neo datasheet & certificate
InvertersIEC 62109-1:2010 (PCE safety, general) / IEC 62109-2:2011 (inverter particular)PENDING — request Sungrow SG125HV certificate
Grid interconnection (US anchor)IEEE 1547-2018PENDING — confirm with local DIS
LATAM grid complianceOLADE / national DISPENDING — confirm with local DIS
RackingUL 2703 / EN 1090-1:2009+A1:2011PENDING — request supplier datasheet
UN transport (lithium / batteries if used)UN Manual of Tests and Criteria, 7th revised edition (ST/SG/AC.10/11/Rev.7) — UN 38.3 lithium battery provisionsN/A — PV-only scenario

HS code reference (WCO Rev. 2022)

HS code (WCO Rev. 2022)DescriptionIllustrative LATAM MFN duty
8541.43Photovoltaic cells assembled in modulesPENDING — look up on each national tariff (ARANCEL / TARIC-equivalent)
8504.40Static converters (PV inverters)PENDING — look up on each national tariff
7610.90Aluminium racking structuresPENDING — look up on each national tariff
8544.42DC/AC PV cablesPENDING — look up on each national tariff

Lookup tools (open at the moment of shipment). EU: TARIC consultation (ec.europa.eu/taxation_customs/dds2/taric) and EUR-Lex Combined Nomenclature explanatory notes for CN 8541 43. US: USITC HTS search (hts.usitc.gov). UK: trade-tariff.service.gov.uk. Japan: Japan Customs (English). Australia: Australian Border Force. South Africa: SARS. Ghana: GRA. Uganda: URA.

Lookup instructions: (1) Identify destination country in LATAM. (2) Open the national customs authority tariff portal (e.g. ARANCEL for Argentina, SUNAT for Peru, DIAN for Colombia, SAT for Mexico, Aduanas Chile). (3) Search the HS code above and capture the MFN duty rate, any preferential rate under an FTA in force (Mercosur, Pacific Alliance, EU agreements), and any anti-dumping or temporary measures. (4) Repeat per shipment per country. Rates change; do not rely on memory.

Duty rate disclaimer: All duty rates in this page are marked PENDING. Customs authorities set and update rates; any duty rate asserted as fact in this document would be unreliable. The importer is solely responsible for the final classification and duty payment.

8. RFQ + datasheet CTAs

For a sealed, binding quote tailored to your botanical garden (roof survey, switchgear, FX hedging, freight and import duties), submit a single RFQ through TradVolt:

Request sealed RFQ — TradVolt B2B intake

For internal-review material (inputs, formula, one-page TCO, assumptions), request the indicative engineering datasheet during the RFQ intake.

9. Disclaimer

This page is indicative engineering and indicative TCO only. It is not a binding offer, not a turnkey contract, and not a tariff ruling. CapEx varies with racking, switchgear, logistics, insurance, FX and import duties. Generation varies with irradiance, soiling, shading, PR and module degradation. Tariffs and HS-code duty rates change and must be confirmed with the national customs authority at the moment of shipment. Self-consumption share depends on the actual load profile of the site and is treated here as a model assumption, not a measurement. Equipment-family references (Jinko Tiger Neo N-type JKM575N-72HL4-BDV; Sungrow SG125HV) are illustrative and based on publicly marketed OEM datasheets at the revisions cited; any installation limits (torque, voltage, SOC) must be read off the OEM manual at the revision applicable to the shipped lot. TradVolt does not warrant any of the figures shown and excludes liability for decisions taken on this indicative material.

10. Sources & References

#PublisherDocument titleYear / Rev.Direct URL or DOI
1Solargis / World Bank ESMAPGlobal Solar Atlas — PVOUT (long-term yearly average)2024 datasethttps://globalsolaratlas.info/map
2EC JRCPVGIS — Photovoltaic Geographical Information System (yield data, method)2024https://joint-research-centre.ec.europa.eu/photovoltaic-geographical-information-system-pvgis_en
3IEA PVPS Task 13Performance and Reliability of PV Systems — Benchmarking (technical report)2022https://iea-pvps.org/wp-content/uploads/2022/11/IEA-PVPS-T13-22-2022-Benchmarking-report.pdf
4IEC (TC 82)IEC 61215-1:2021 ed2 — Terrestrial PV modules — Design qualification and type approval — Part 1: Test requirements2021https://webstore.iec.ch/en/publication/61345
5IEC (TC 82)IEC 61215-1-1:2021 — c-Si special requirements (Part 1-1)2021https://webstore.iec.ch/en/publication/61346
6IEC (TC 82)IEC 62109-1:2010 — Safety of power converters for use in PV power systems — Part 1: General requirements2010https://webstore.iec.ch/en/publication/6470
7IEC (TC 82)IEC 62109-2:2011 — Safety of power converters for use in PV power systems — Part 2: Particular requirements for inverters2011https://webstore.iec.ch/en/publication/6471
8ULUL 61730-1 — Photovoltaic (PV) Module Safety Qualification — Part 12017https://www.shopulstandards.com/ProductDetail.aspx?productId=UL61730-1
9IEEEIEEE 1547-2018 — Standard for Interconnection and Interoperability of Distributed Energy Resources2018https://standards.ieee.org/ieee/1547/5915/
10IRENARenewable Power Generation Costs in 20232024https://www.irena.org/-/media/Files/IRENA/Agency/Publication/2024/Sep/IRENA_Renewable_power_generation_costs_in_2023.pdf
11Fraunhofer ISELevelized Cost of Electricity — Renewable Energy Technologies (study)2024https://www.ise.fraunhofer.de/content/dam/ise/en/documents/publications/studies/EN2024_ISE_Study_Levelized_Cost_of_Electricity_Renewable_Energy_Technologies.pdf
12OLADEEnergy Price Statistics in Latin America and the Caribbean (tariff snapshot)2024https://www.olade.org/publicaciones/serie-de-estadisticas-y-precios-de-energia/
13IMFWorld Economic Outlook (October 2025) — LATAM CPI chapterOct 2025https://www.imf.org/en/Publications/WEO/Issues/2025/10/14/world-economic-outlook-october-2025
14UNManual of Tests and Criteria, 7th revised edition (ST/SG/AC.10/11/Rev.7) — UN 38.3 lithium battery provisions2019https://unece.org/transport/dangerous-goods/un-manual-tests-and-criteria
15USITCHarmonized Tariff Schedule of the United States — HTS search (8541.40 / 8504.40 reference)2026https://hts.usitc.gov/
16EUR-Lex / European CommissionTARIC database — codes 8541 43 and 8504 402026https://ec.europa.eu/taxation_customs/dds2/taric/taric_consultation.jsp?Lang=en
17UKUK Global Tariff (commodity code lookup)2026https://www.trade-tariff.service.gov.uk/
18Japan CustomsJapan Customs (English portal — HS / duty / EPA lookup)2026https://www.customs.go.jp/english/
19Jinko SolarTiger Neo N-type JKM575N-72HL4-BDV — product datasheet (illustrative)2024 rev.https://www.jinkosolar.com/en/site/tigerneo_3
20SungrowSG125HV — three-phase string inverter datasheet (illustrative)2024 rev.https://www.sungrowpower.com/en/products/string-inverter
21TradVoltB2B RFQ intake formlivehttps://tradvolt.com/rfq/