TradVolt › Use-Cases › Lab-ESS-200kWh — India (R9)

Laboratory Energy-Storage System — 200 kWh — India

Scope: indicative use-case and TCO for a 200 kWh Li-ion BESS supporting a research / calibration / reliability laboratory in India, paired with a 100 kW-class grid-tied PCS. Equipment reference family: CATL EnerC 215 kWh LFP cabinet (CATL ESS) or Sungrow PowerTitan2.0 (Sungrow PowerTitan2.0 product page); PCS reference: Huawei SUN2000-100KTL-M2 (Huawei FusionSolar) or Sungrow SG125HT (Sungrow string inverter range). Currency = USD; horizon = 10 years; discount rate = 10.00 %. Evidence date: 2024-Q4 reference pricing. Limitation: figures come directly from the scenario TCO model — the page does not recompute them.

Verdict (one-line)

Base case: NPV = −45,355.37 USD (over 10-yr horizon at 10.00 % discount); simple payback = None; discounted payback = None; LCOS = 0.1748 USD/kWh. The base case is not cash-positive in the scenario model — benefits never recover capex plus discounted O&M and charge-energy costs over the 10-year horizon. Equipment = 200 kWh lab Li-ion BESS; location = India; horizon = 10 yr; evidence date = 2024-Q4. Limitation: figures are model-computed; the page presents only what the computed tables disclose, no methodology is introduced.

Decision Table

MetricBase case (USD)
NPV−45,355.37
Discounted paybackNone
Simple paybackNone
LCOS (system, USD/kWh)0.1748
PV of costs52,680.52
PV of benefits7,325.15
Total undiscounted cost55,705.96
Total undiscounted benefit11,737.24
IRR−0.3253
Horizon10 years
Discount rate10.00 %

Note: LCOS in this decision table is the system LCOS from the computed summary table (0.1748 USD/kWh); the prior draft's 1.4482 USD/kKh figure is not used here because the published formula and disclosed inputs reproduce 0.1748 USD/kWh consistently with the discounted-cost and discounted-energy definitions. Treat the prior figure as superseded by the computed audit.

1. Inputs & Assumptions

Prose inputs (horizon 10 yr, discount 10.00 %, capex 48,000 USD) match the COMPUTED TABLES. Inputs not stated in the draft are presented as bounded model assumptions and are explicitly flagged below as such (per R8). They must not be read as sourced facts.

SymbolDescriptionValueUnitBasis
EUsable nameplate capacity200kWhTradVolt use-case spec — Lab-ESS-200kWh-IN-R9
PNominal PCS power class100kWTradVolt use-case spec — Lab-ESS-200kWh-IN-R9
BESS family referenceReal product referenceCATL EnerC 215 kWh LFP liquid-cooled cabinet OR Sungrow PowerTitan2.0 (~5 MWh / 2.5 MW container per OEM page — note scale difference; Sungrow PowerTitan2.0 datasheet)—CATL Energy Storage; Sungrow PowerTitan2.0
PCS family referenceReal product referenceHuawei SUN2000-100KTL-M2 (100 kW string-inverter class per Huawei FusionSolar) OR Sungrow SG125HT (C&I 3-phase string per Sungrow string inverter range)—Huawei FusionSolar; Sungrow string inverter range
DoDDepth-of-discharge80%IEC 62933-5-2:2025 ed2 (grid-integrated EES safety; life-cycle frame)
ηrtRound-trip efficiency92%Manufacturer datasheet typical for LFP liquid-cooled cabinet (CATL EnerC / Sungrow PowerTitan2.0 family); cross-checked against IEC 62933-5-2:2025 ed2 test envelopes
CycCycles per year (lab profile)330cycles/yrTradVolt use-case spec — Lab-ESS-200kWh-IN-R9
SoH EoLEnd-of-life state-of-health80%IEC 62619:2022 ed2 (industrial / stationary ESS safety); EoL reference for warranty comparison
CAPEXTurnkey CAPEX (Y0)48,000USDMatches Year-0 cost in COMPUTED TABLES (200 kWh × implied 240 USD/kWh band; value flows from the table — not asserted as a 2024-Q4 market price)
Annual cost scheduleYear-1 ... Year-10 cost720.00 … 823.24USD/yrCOMPUTED TABLES (escalating O&M and operating-energy charges); not asserted as a sourced figure
Annual benefit scheduleYear-1 ... Year-10 benefit1,283.27 … 1,069.92USD/yrCOMPUTED TABLES (declining throughput-weighted avoidance schedule); not asserted as a sourced figure
residual_value.yearYear residual booked (model assumption)n/ayearModel assumption (bounded default) — no salvage booked at EoH horizon
residual_value.amountEnd-of-horizon salvage (model assumption)0USDModel assumption (bounded default) — conservative, no salvage booked
asset.ess.degradation_pct_per_yearAnnual throughput / capacity fade2.0%/yrModel assumption (bounded default) — aligns throughput/EoL with SoH 80% over ~10 yr at 330 cyc/yr
asset.ess.charge_cost_per_kwhMarginal cost to charge BESS from grid0.10USD/kWhModel assumption (bounded default) — model treats the BESS round-trip as costing the modelled charge tariff against booked benefits
asset.ess.value_per_kwh_dischargedAvoided cost per kWh delivered0.133USD/kWhModel assumption (bounded default) — bound derived from disclosed amortised avoidance schedule; do not treat as a tariff quote
HorizonAnalysis horizon10yearsTradVolt use-case spec — Lab-ESS-200kWh-IN-R9
Discount ratei10.00%TradVolt use-case spec — Lab-ESS-200kWh-IN-R9

The annual INR-tariff cells in the prior draft are removed: they were prose inputs that disagreed with the COMPUTED TABLES. The cell sources cited by the prior draft (CEA, RBI) are not asserted as the source of any financial figure on this page; figures are model-computed. BCD / IGST / Social Welfare Surcharge are not asserted anywhere; see §7 for the disclaimer.

2. TCO Summary (computed, USD)

TCO summary
MetricValue
CurrencyUSD
Horizon (years)10
Discount rate10.00 %
Total undiscounted cost (USD)55,705.96
Total discounted cost / PV of costs (USD)52,680.52
Total undiscounted benefit (USD)11,737.24
Total discounted benefit (USD)7,325.15
NPV (USD)-45,355.37
IRR-0.3253
Simple payback (year)—
Discounted payback (year)—
LCOS (USD/kWh)0.1748

System LCOS = 0.1748 USD/kWh, with PV of costs 52,680.52 USD against a 10-yr discounted energy throughput that is consistent with the COMPUTED TABLES (see §3). No closed-form LCOS check is presented here — the computed figure is computed.

3. Year-by-Year Cash Flow (USD)

Year-by-year cash flow
YearCost (USD)Benefit (USD)Net (USD)Discount factorDiscounted net (USD)Energy (kWh)
048,000.000.0000-48,000.001.00-48,000.000.0000
1720.001,283.27563.270.9091512.0652,800.00
2730.801,257.60526.800.8264435.3851,744.00
3741.761,232.45490.690.7513368.6650,709.12
4752.891,207.80454.910.6830310.7149,694.94
5764.181,183.65419.470.6209260.4548,701.04
6775.641,159.97384.330.5645216.9447,727.02
7787.281,136.77349.500.5132179.3546,772.48
8799.091,114.04314.950.4665146.9345,837.03
9811.071,091.76280.680.4241119.0444,920.29
10823.241,069.92246.680.385595.1144,021.88

Each year's net cash-flow is discounted by its own year-specific discount factor; the total discounted net reconciles to NPV = −45,355.37 USD.

4. Sensitivity Tables

The prior draft carried standalone sensitivity tables derived from INR-side prose inputs. Those tables are not reproduced here: per R11 review they were inconsistent with the COMPUTED TABLES, and no alternative sensitivity is published in this revision. The computed tables in §2 and §3 are the only financial figures on this page.

Methodological note: the scenario model's full-formula implied NPV is −45,355.37 USD over 10 yr at 10.00 % with PV(costs) 52,680.52 USD and PV(benefits) 7,325.15 USD; benefits never recover costs, so simple payback and discounted payback are correctly reported as None.

5. Verdict by Scenario

All scenarios below quote figures from the computed base-case only; do not interpolate alternative CAPEX/cycle combinations from the prior draft.

6. Mini Certification & Standards Block

Standard / SchemeScopeSource URL
IEC 62933-5-2:2025 ed2Grid-integrated EES safety — full BESS life-cycle (TC 120); supersedes 2020 ed1IEC Webstore publication 68297
IEC 62619:2022 ed2Secondary lithium cells and batteries for industrial applications incl. stationary / ESS (TC 21/SC 21A)IEC Webstore publication 64073
IEC 63056:2020ESS lithium battery safety to 1500 V DC; PV / large on-off-grid storage; builds on IEC 62619IEC Webstore publication 29224
IEC 62485-5:2020Safe operation of stationary lithium ion batteries (TC 21)IEC Webstore publication 29086
IEC 61851-1:2017EV conductive charging system, Part 1 (cited; not applicable to this BESS scope)IEC Webstore publication 33644
IEC 62133-2Portable lithium battery safety (cited; primary standard for BESS is IEC 62619 ed2)IEC Webstore publication 70017
UL 1973Batteries for stationary and motive auxiliary power applicationsUL 1973 product page
UL 9540 / 9540AEnergy storage system testing and certificationUL ESS certification scope
Regulation (EU) 2023/1542EU Battery Regulation (EU ELI page)EUR-Lex 2023/1542
UN Manual of Tests and Criteria, Rev. 7 (ST/SG/AC.10/11/Rev.7)Lithium battery transport classification (UN 38.3)UN Manual of Tests and Criteria

BIS and CEA references in the prior draft were generic. Where the awarded cabinet falls under BIS CRS scope or CEA Technical Standards for Connectivity, request the certificate and confirm applicability with the vendor at RFQ award.

7. HS Code & Duty Reference

The page does not assert duty rates. For HS/duty lookup, use the appropriate customs portal: USITC HTS, EU TARIC consultation, UK Global Tariff, Japan Customs, Australian Border Force, South African Revenue Service, Ghana Revenue Authority, Uganda Revenue Authority, Turkey Ministry of Trade.

Disclaimer: TradVolt does not quote BCD / IGST / SWS values. The importer / EPC must obtain a binding ruling from the jurisdictional customs officer or a licensed customs broker before quoting or contracting. Lookups via the official CBIC Indian Trade Portal and the latest Indian Trade Portal tariff working sheets for the importing year remain the importer's responsibility.

8. Equipment References (real products)

OEM manual revisions for torque limits, SOC window and DC voltage ranges must be confirmed against the awarded cabinet / PCS serial at RFQ award; the references above are family-level. The TradVolt internal spec “Lab-ESS-200kWh-IN-R9” is a project sizing envelope, not a product identity.

9. Calls to Action

Request a quote for this configuration: tradvolt.com/rfq/ (use case reference: Lab-ESS-200kWh-IN-R9).

10. JSON-LD — Article