Market intelligence/Report available

Uruguay.

Uruguay EV Service Centre Market Entry

Decision-grade EVS market-entry assessment for Uruguay

EV sales floor

23,875

Documented 2020–2025 electric sales floor; not active stock.

Points (lower bound)

450

UTE states its current network has more than 450 charging points.

Jobs/year

11,724

Assumption-led metro independent-reach annual jobs.

Years

3.57

Base simple payback on USD 180,000 launch capex.

CONDITIONAL GO for a reversible two-bay Montevideo–Canelones…

not before

01/The verdict in full

Executive summary

  • CONDITIONAL GO for a reversible two-bay Montevideo–Canelones managed-partner pilot—after gates, not before. ACAU reported 14,443 electric sales in 2025, 20.2% of a 71,442-unit new-vehicle market [acau_2025_bloomberg] [market_2025_observador].
  • The opportunity is real but unusually young. About 60.5% of the documented 2020–2025 EV sales floor arrived in 2025; warranty, importer and dealer control will shape near-term independent eligibility [elpais_2026_ev].
  • Current executable SOM is zero. A reported fleet near 30,000 is not a dated active-registration file, and the PHEV/EREV history is not separately available. Acquire the denominator, platform access and anchor contracts before a lease.
  • No traction-pack opening at launch. Uruguay now explicitly regulates vehicle batteries above 1 kW; EVS must use an authorised plan/operator chain and separate damaged-pack custody [battery_guidance].

02

Board decision requested

Authorise up to 45 days of denominator, partner, site and compliance diligence. Do not sign a long lease, release the USD 180,000 capex envelope, grant territory or take damaged-EV custody until G1–G8 pass. If they pass, run a capped 90-day pilot targeting 270 paid jobs, USD 320+ average repair order, at least 58% gross margin, zero severe HV incidents and non-negative EBITDA.

Decision Summary

Verdict
Decision
CONDITIONAL GO
Reason
Authorise evidence work and a reversible two-bay Montevideo–Canelones managed-partner pilot; no immediate franchise.
Current executable SOM
Decision
Zero
Reason
Active registration file, contracted demand, platform access, site/fire, HV, insurer and battery-chain gates remain open.
Launch customer
Decision
B2B first
Reason
Importer/dealer overflow, fleets, insurers/bodyshops and used-EV evidence precede broad retail.
Battery scope
Decision
No pack opening
Reason
Decree 227/025 creates an explicit battery chain; opening/reconditioning remains behind legal, technical and insurer authorisation.

Source: EVS Uruguay decision-support model

03

Market size and momentum

Uruguay sold 14,443 electric vehicles in 2025, up 146.7%, against 71,442 total new vehicles [acau_2025_bloomberg]. Q1 2026 added 5,192 electric sales, while May secondary market data reported 2,675 BEVs plus 213 PHEV/EREVs [elpais_2026_ev] [may_2026_zemo]. These are flows, not active stock.

Electric sales observations

2020–2025 full years; Q1 2026 is partial and excluded from the core floor.

98
548
1,043
1,887
5,856
14,443
5,192
2020
2021
2022
2023
2024
2025
Q1 2026

Source: EVS Uruguay decision-support model

Market KPIs

2025 electric sales
Value
14,443
Unit
vehicles
Period
2025
Evidence
ACAU via Bloomberg Línea
2025 total new-vehicle sales
Value
71,442
Unit
vehicles
Period
2025
Evidence
ACAU via El Observador
2025 electric share
Value
20.22
Unit
%
Period
2025
Evidence
14,443 ÷ 71,442; EVS calculation
Q1 2026 electric sales
Value
5,192
Unit
vehicles
Period
Q1 2026
Evidence
ACAU via El País
Reported total electric fleet
Value
30,000
Unit
vehicles approx.
Period
April 2026
Evidence
El País; not audited registration extract
Electric urban buses
Value
279
Unit
buses
Period
April 2026
Evidence
MIEM

Source: EVS Uruguay decision-support model

Electric sales history and partial 2026 acceleration

2020
BEV
98
PHEV (unavailable)
—
BEV used in model
98
Scope
ACAU electric sales; PHEV split unavailable
2021
BEV
548
PHEV (unavailable)
—
BEV used in model
548
Scope
ACAU electric sales; PHEV split unavailable
2022
BEV
1,043
PHEV (unavailable)
—
BEV used in model
1,043
Scope
ACAU electric sales; PHEV split unavailable
2023
BEV
1,887
PHEV (unavailable)
—
BEV used in model
1,887
Scope
ACAU electric sales; PHEV split unavailable
2024
BEV
5,856
PHEV (unavailable)
—
BEV used in model
5,856
Scope
ACAU electric sales; PHEV split unavailable
2025
BEV
14,443
PHEV (unavailable)
—
BEV used in model
14,443
Scope
ACAU electric sales; 14,443 headline
Q1 2026
BEV
5,192
PHEV (unavailable)
—
BEV used in model
5,192
Scope
Partial period; excluded from 2020–2025 sizing floor

Source: EVS Uruguay decision-support model

04

Definition reconciliation

ACAU/CIAU sales include public, dealer, tender and import transactions but are not patent registrations [models_2025_autoblog]. El País reports 14,441 electric vehicles commercialised in 2025, of which 11,381 were zero-km, versus ACAU’s later 14,443 headline. EVS uses 14,443 for the full-year flow, preserves the scope conflict and does not present the cumulative series as active stock.

Definition reconciliation

ACAU sales
Included
Yes
Use
Association sales flow; includes public/dealer/tender/import transactions, not patent registrations.
Active electric fleet
Included
Context only
Use
Reported near 30,000; no dated registration extract by model/age/department was located.
BEV
Included
Core
Use
Historic reporting uses electric/EV; treated as BEV-led but preserves source wording.
PHEV/EREV
Included
Only where separated
Use
May 2026 current context; excluded from historic denominator because series is unavailable.
Charging point
Included
Separate metric
Use
Do not mix with station, site or connector.

Source: EVS Uruguay decision-support model

05

Five-year capacity scenarios

Cautious, base and high cases apply 20%, 35% and 50% annual growth for five years to the 23,875 documented sales floor. They are EVS planning sensitivities, not official forecasts, and must be rebased to active registrations.

EV planning scenarios to 2031

20%, 35% and 50% annual growth from the documented sales floor; not official forecasts.

Cautious59,409
Base107,056
HighBase case181,301

Source: EVS Uruguay decision-support model

Five-year EV planning scenarios

Cautious
Annual Growth Pct
20
Stock 2031
59,409
Interpretation
Normalisation after 2025 surge; EVS capacity case, not official forecast.
Base
Annual Growth Pct
35
Stock 2031
107,056
Interpretation
Continued model breadth and infrastructure support; planning case.
High
Annual Growth Pct
50
Stock 2031
181,301
Interpretation
Sustained rapid adoption; stress-capacity case.

Source: EVS Uruguay decision-support model

06

Charging infrastructure

UTE’s current network statement says more than 450 charging points; a defined 2024 snapshot counted 327, including 119 DC points [ute_network_450] [ute_network_327]. The difference reflects time and possibly definitions. EVS keeps points, sites, stations and connectors separate and should use the live UTE Mueve layer for operational diligence [ute_move].

Charging-network evidence

Points and access requirements are separate observations; subsets are not additive.

450
327
119
88
12
Current UTE network lower bound
Historical UTE network
Historical DC subset
Historical Montevideo subset
Public access requirement

Source: EVS Uruguay decision-support model

Charging evidence and unknowns

Current UTE network lower bound
Value
450
Unit
points
Period
2026 current page
Status
More than 450; point definition, not stations.
Historical UTE network
Value
327
Unit
points
Period
2024-10
Status
Defined historical snapshot.
Historical DC subset
Value
119
Unit
points
Period
2024-10
Status
Subset of 327; do not add.
Historical Montevideo subset
Value
88
Unit
points
Period
2024-10
Status
Geographic subset; do not add.
Public access requirement
Value
12
Unit
hours/day
Period
2026 call
Status
Minimum; rapid DC requires 24 hours.

Source: EVS Uruguay decision-support model

07

Vehicle-parc age and service demand

No authoritative national average vehicle age or active EV model-year file was located. The documented EV cohort is demonstrably young: 60.5% of the 2020–2025 sales floor came in 2025 and 85.0% in 2024–2025. BYD’s warranty service rule creates an annual touchpoint but also warranty captivity [byd_service].

Vehicle parc and service demand

Documented 2020–2025 electric sales floor
Value
23,875
Unit
vehicles
Implication
Conservative sourced denominator; not active stock.
Reported active electric fleet
Value
~30,000
Unit
vehicles
Implication
Corroborative context; obtain registration extract before lease.
2025 share of documented floor
Value
60.5%
Unit
share
Implication
Very young, warranty-heavy cohort; dealer and importer overflow matters.
2024–2025 share of documented floor
Value
85.0%
Unit
share
Implication
Early demand skews to PDI, 12V, tyres, charging, HVAC, recalls and collision isolation.
BYD BEV service interval
Value
12 months / 20,000 km
Unit
interval
Implication
Creates annual touchpoint but warranty captivity limits independent eligibility.
National vehicle-parc age
Value
Not located
Unit
data gap
Implication
Do not invent ICE or EV average age; acquire model-year registration file.

Source: EVS Uruguay decision-support model

08

Transparent TAM / SAM / SOM

The model starts with a sourced 23,875-unit sales floor, then applies five explicit EVS assumptions: 97% survival/in-country, 1.25 annual paid events, USD 320 pre-VAT ARO, 90% metro concentration and 45% independent reach. Current SOM remains zero until the gates pass.

Annual service-pool funnel

Current executable SOM is zero; post-gate target is shown separately.

0
28,948
11,724
0
1,080
Documented sales floor
Serviceable TAM
Metro independent-reach SAM
Current executable SOM
Post-gate base pilot SOM

Source: EVS Uruguay decision-support model

Sizing assumptions

Documented EV sales floor
Value
23,875
Unit
vehicles
Basis
Sourced 2020–2025 ACAU series; not active stock.
Survival/in-country factor
Value
97
Unit
%
Basis
EVS assumption; stress with registration extract.
Annual paid events
Value
1.25
Unit
jobs/vehicle
Basis
EVS assumption; includes diagnostics and wear, not only scheduled service.
Average repair order
Value
320
Unit
USD pre-VAT
Basis
EVS assumption; nominal USD board model.
Metro concentration
Value
90
Unit
%
Basis
Reported concentration in Montevideo, Canelones and Maldonado.
Independent reach
Value
45
Unit
%
Basis
EVS assumption reflecting warranty-heavy cohort.

Source: EVS Uruguay decision-support model

TAM / SAM / SOM

Documented sales floor
Vehicles
23,875
Jobs Per Year
0
Revenue USD
0
Status
Sourced flow; not active stock
Serviceable TAM
Vehicles
23,159
Jobs Per Year
28,948
Revenue USD
9,263,500
Status
EVS survival, incidence and ARWO assumptions
Metro independent-reach SAM
Vehicles
9,379
Jobs Per Year
11,724
Revenue USD
3,751,718
Status
Adds 90% concentration and 45% reach assumptions
2 more rows in the full report

Source: EVS Uruguay decision-support model

09

Customer and fleet priorities

Start B2B: importer/dealer overflow, corporate and delivery fleets, insurers/bodyshops and used-EV evidence. Retail follows only after platform coverage, first-time-fix and parts access are proven. The 279-bus electric urban fleet is attractive but requires separate heavy-vehicle competence [miem_electric_buses].

Customer segments

Importers, distributors and dealer groups
Need
PDI, campaigns, overflow, battery evidence and triage
Priority
1 — contracted SLA
Corporate, leasing and delivery fleets
Need
Uptime, consolidated billing and mobile triage
Priority
2 — contracted SLA
Insurers, bodyshops and recovery operators
Need
Post-impact isolation, evidence and safe custody
Priority
3 — referral/retainer
Used-EV dealers and buyers
Need
Independent battery-health and pre-purchase evidence
Priority
4 — fixed-price product
Retail EV owners
Need
Transparent multi-brand diagnostics and wear service
Priority
5 — after platform proof

Source: EVS Uruguay decision-support model

Fleet segments

Urban buses
Entry Product
Depot/mobile diagnostics and evidence
Evidence Gate
OEM permission, voltage class and 279-unit active list.
Electric taxis and ride-hail
Entry Product
Priority appointment, tyres/brakes/HVAC/12V
Evidence Gate
Contracted monthly jobs and duty-cycle data.
Delivery and corporate fleets
Entry Product
Uptime SLA and mobile triage
Evidence Gate
VIN list, depot access and parts response.
Rental and tourism fleets
Entry Product
Pre-rental checks and incident triage
Evidence Gate
Seasonality and contract minimums.

Source: EVS Uruguay decision-support model

10

Leading brands and models

BYD Yuan Pro and Seagull alone represented 5,423 passenger EV sales in 2025. Dongfeng Nammi, BYD e2, Chevrolet Spark EUV, JMEV EV3 and Geely EX5 form the next launch cohort [models_2025_autoblog]. Model ranking is sales evidence, not active VIN stock.

Leading H1 2026 BEV brands

BEV passenger
Brand
BYD Yuan Pro
Units
3,362
Share of H1 2026 BEVs (%)
23.28
Source
ACAU/CIAU via Autoblog
BEV passenger
Brand
BYD Seagull
Units
2,061
Share of H1 2026 BEVs (%)
14.27
Source
ACAU/CIAU via Autoblog
BEV passenger
Brand
Dongfeng Nammi
Units
1,196
Share of H1 2026 BEVs (%)
8.28
Source
ACAU/CIAU via Autoblog
BEV passenger
Brand
BYD New e2
Units
832
Share of H1 2026 BEVs (%)
5.76
Source
ACAU/CIAU via Autoblog
BEV passenger
Brand
Chevrolet Spark EUV
Units
737
Share of H1 2026 BEVs (%)
5.1
Source
ACAU/CIAU via Autoblog
BEV passenger
Brand
JMC JMEV EV3
Units
589
Share of H1 2026 BEVs (%)
4.08
Source
ACAU/CIAU via Autoblog
BEV passenger
Brand
Geely EX5
Units
515
Share of H1 2026 BEVs (%)
3.57
Source
ACAU/CIAU via Autoblog

Source: EVS Uruguay decision-support model

Priority models

BYD
Model
Yuan Pro, Seagull, e2, Yuan Plus
Powertrain
BEV
Signal
Launch coverage; dominant 2025 cohort.
Dongfeng
Model
Nammi
Powertrain
BEV
Signal
Launch coverage; 1,196 passenger units in 2025.
Chevrolet
Model
Spark EUV
Powertrain
BEV
Signal
Launch/phase 2 subject to GM tool and parts access.
JMC/JMEV
Model
EV3
Powertrain
BEV
Signal
Launch/phase 2 for urban value segment.
Geely
Model
EX5
Powertrain
BEV
Signal
Phase 2; fast-rising newer platform.
Omoda/JAC
Model
E5 and Ytterby
Powertrain
BEV
Signal
Phase 2 after demand and access proof.
Multiple
Model
PHEV/EREV platforms
Powertrain
PHEV/EREV
Signal
Hold until model-year stock and dual-powertrain competence are verified.

Source: EVS Uruguay decision-support model

11In the full report

Competitive landscape

OEM networks are formidable because the fleet is young: BYD publishes authorised annual servicing, Dongfeng lists broad interior coverage and Chevrolet controls diagnostics, parts and connected-service relationships [byd_network] [dongfeng_service] [chevrolet_service]. EVS should sell neutral cross-brand evidence, overflow and insurer/fleet custody—not discount warranty work.

This section is in the full report.

12In the full report

Priority cities and regions

Montevideo, Canelones and Maldonado contain about 90% of the reported electric fleet [elpais_2026_ev]. A Montevideo–Canelones hub captures the densest owners, dealers, fleets and insurers; Maldonado should begin as collection/mobile coverage rather than a second fixed centre.

This section is in the full report.

13In the full report

Consumer and business incentives

The 2026 patent regime is preferential but not free: 3% of VAT-exclusive market value for new EVs and 2.25% for qualifying used EVs versus general 5% and 4.5% [sucive_2026]. Do not repeat older “50% exemption” shorthand without the current tax base and conditions.

This section is in the full report.

14In the full report

Tax and investment baseline

Model economics are pre-VAT and assume no incentive. Uruguay’s basic VAT rate is 22% and IRAE is 25% of net fiscal income [vat_22] [irae_25]. COMAP benefits are potential and project-specific; vehicle IMESI changes from 1 January 2027 require a current operative schedule [investment_2026] [decree_147_026].

This section is in the full report.

15In the full report

Labour, licensing and workshop permissions

A Montevideo workshop needs entity/tax registration, site-use viability, commercial-premises authorisation, DNB fire approval, electrical capacity and authorised waste routes [sas_registration] [montevideo_habilitation] [fire_372]. No dedicated national EV-workshop or HV licence was located; that gap requires written counsel, not an assumption of permission.

This section is in the full report.

16

High-voltage competence

Decree 291/007 establishes the workplace risk-prevention duty. EVS should layer a role-based HV authorisation system—awareness, isolation and diagnosis—over local CEFOMER/OEM training, with lockout/tagout, prove-dead, rescue and VIN-specific procedures [workplace_safety] [utec_hv_training].

High-voltage controls

Identify–isolate–prove dead
Standard
EVS launch rule under Decree 291/007 risk duty
Proof
Digital job record and independent verification.
Lockout/tagout and key custody
Standard
Model-specific OEM data
Proof
Named technician, serialised lock and time stamps.
PPE and insulated tools
Standard
Manufacturer ratings and inspection schedule
Proof
Issue register and pre-use checks.
Two-person escalation
Standard
No unsupported energised work
Proof
Rescue drill and supervisor sign-off.
Damaged-battery quarantine
Standard
Fire plan plus Decree 227/025 chain
Proof
Separated bay, monitoring and licensed handoff.
Platform matrix
Standard
Green/amber/red by VIN and procedure
Proof
Tool, data, parts, insurance and competency evidence.

Source: EVS Uruguay decision-support model

17In the full report

Battery, tyre and workshop-waste compliance

Decree 227/025 explicitly captures vehicle batteries above 1 kW regardless of chemistry or propulsion [battery_guidance]. Tyre-changing businesses must join an approved master plan and act as collection points; other industrial workshop waste must be classified and routed to authorised managers [tyre_guidance] [industrial_waste].

This section is in the full report.

19In the full report

Franchise and operating model

Use company-controlled technical governance at a managed partner site: two bays, appointment intake, separated quarantine, mobile reach and low inventory. Do not franchise until 12 audited months prove safety, first-time-fix, comeback, demand and economics.

This section is in the full report.

20In the full report

Pilot economics

Illustrative base economics are 1,080 annual jobs at USD 320, 58% gross margin and USD 150,000 operating cost, producing USD 50,448 EBITDA and 3.57-year simple payback on USD 180,000 capex. The cautious case loses USD 61,820, so contracted utilisation is the decisive gate.

This section is in the full report.

21In the full report

Risks and mitigations

The biggest risks are denominator error, warranty captivity, platform/tool access, fixed-cost scale and battery/fire liability. Each has a binary control: registration extract, anchor contracts, VIN-level platform matrix, capped partner format and an authorised battery/insurer chain.

This section is in the full report.

22In the full report

90-day entry plan

The first month resolves stock and law; the second proves platforms, site safety and paid jobs; the third contracts utilisation and rebases economics. A pilot is an evidence programme with stop-loss rules, not a disguised permanent opening.

This section is in the full report.

23In the full report

Explicit go / no-go gates

No permanent lease until ≥30,000 active plug-ins are verified nationally, ≥18,000 are reachable in the three-department catchment, ≥90 monthly jobs are contracted, ≥70% of the reachable cohort is safely serviceable, all site/HV/waste/insurance gates pass and the rebased base case clears zero 90-day EBITDA and four-year payback.

This section is in the full report.

24

Methodology and limitations

Primary government, utility, tax and legal sources were preferred. ACAU figures were used through attributed publications because a directly queryable official file was not located. Facts, estimates and EVS assumptions are separated; material quantitative claims carry source IDs; all calculations were recomputed.

Methodology

1. Market boundary
Method
Separate association sales, patent registrations, active fleet estimates and charging-point definitions.
2. Evidence hierarchy
Method
Prefer government, UTE, tax and legal sources; use attributed ACAU reproductions where official tables were not queryable.
3. Conservative denominator
Method
Sum 2020–2025 electric sales only; exclude Q1 2026 and unseparated PHEV history from core floor.
4. Service sizing
Method
Apply explicit EVS survival, events, ARWO, concentration and independent-reach assumptions.
5. Economics
Method
Nominal USD, pre-VAT, unlevered, no grant; simple payback on USD 180,000 launch capex.
6. Validation
Method
Recompute totals, shares, forecasts, funnel, EBITDA, payback and 90-day breakeven; resolve every citation.
7. Decision posture
Method
Current SOM is zero until binary demand, platform, site, HV, battery and insurer gates pass.

Source: EVS Uruguay decision-support model

25

Complete linked source register

The source registry records title, publisher, publication/access date, URL and definition notes. Market sales, active-fleet estimates and charger counts remain explicitly different measures. Uncertainty is preserved rather than replaced with invented precision.

26

Final recommendation

Conditional go to a reversible, company-controlled Montevideo–Canelones partner pilot; hold a standalone centre, deep battery repair and franchise rollout. Uruguay has enough EV momentum to justify paid proof, but the decision should be released only by active-stock, contracted-demand, platform, site, HV, battery and economics gates.

Method / Sources and confidence

Where every figure
comes from.

Registrations, charging and legal requirements are read from primary sources. Where no official dataset exists, the model and its assumptions are published instead of a single unexplained number. This report is a dated snapshot: August 2026.

  1. 01Uruguay electric-vehicle sales grew 146.7% in 2025
  2. 02Almost 30% of vehicles sold are electric
  3. 03Uruguay 2025 new-vehicle market reached a record 71,442 units
  4. 04Top electrified and EV models sold in Uruguay in 2025
  5. 05Uruguay automotive market, March 2026
  6. 06Uruguay EV sales report, May 2026
  7. 07UTE national charging network exceeds 450 points
  8. 08UTE national charging network reached 327 points
  9. 09UTE public charging-station host call
  10. 10UTE mobility benefits for customers and public transport
  11. 11UTE sustainable-mobility benefits for public transport in 2026
  12. 12UTE benefits for charging-point operators
  13. 13UTE Mueve charging app and network access
  14. 14Uruguay reaches about 16% electric urban-bus fleet
  15. 1598% of Uruguay electricity generation was renewable in 2025
  16. 16SUCIVE 2026 consolidated vehicle-tax rules
  17. 17Montevideo electric-vehicle patent exemptions
  18. 18Other benefits applicable to electric vehicles
  19. 19Mandatory energy-efficiency labels for electric vehicles
  20. 20Environmental taxation and vehicle IMESI changes
  21. 21Decree 147/026 on motor-vehicle tax rates
  22. 22Investment-promotion tax benefits under Law 16,906
  23. 23Government updates investment-promotion regime
  24. 24Registering a Simplified Joint Stock Company
  25. 25Goods and services taxed at Uruguay basic 22% VAT rate
  26. 26IRAE 25% tax rate, Title 4 Article 23
  27. 27Decree 227/025 on used or discarded batteries
  28. 28Uruguay battery management guidance
  29. 29Management of end-of-life tyres and tubes
  30. 30Decree 182/013 on industrial and similar solid waste
  31. 31Decree 291/007 on prevention and workplace risk protection
  32. 32Start commercial and industrial premises authorisation
  33. 33Montevideo land-use treatment for vehicle workshops
  34. 34Fire-authorisation platform under Decree 372/023
  35. 35CEFOMER electric and hybrid vehicle safety training
  36. 36BYD Uruguay maintenance and warranty conditions
  37. 37BYD Uruguay official network
  38. 38Dongfeng Uruguay official service network
  39. 39Chevrolet Uruguay authorised aftersales
  40. 40Bosch authorised service contact in Uruguay
  41. 41EVS Uruguay decision-support model

Reports are commercial research, not legal, tax or investment advice.

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