Moped Scooter Sourcing Guide For Electric Moped Dealers: Types, Specs, and How to Choose the Right One

Whether you’re opening a dealership, expanding your product lineup, or electrifying a fleet, choosing the right electric moped scooter models is the single most important decision you will make. This guide helps you understand the types, the specs, and how to match vehicles to your customers.

According to multiple market research firms, the global electric scooter and motorcycle market is expected to exceed US$100 billion by the mid-2030s.. This explosive growth is creating unprecedented opportunities for dealers worldwide. But success depends on one thing: stocking the right vehicles for your market.

This guide walks you through everything you need to know — from what “moped scooter” actually means in different markets, to understanding the specifications that matter, to matching vehicle types to different customer segments.

Introduction: What is a “Moped”?

To truly understand the modern sourcing landscape for mopeds, we must look beyond today’s highway-legal scooters and examine how this unique vehicle class evolved.

The term “moped” originated in the mid-20th century as a portmanteau of the German words “Motor” (motor) and “Pedal” (pedals). Originally, it referred to a lightweight, motorized bicycle designed to be propelled by both a small auxiliary engine and human pedal power.

The Golden Era of Pedal-Assisted Mopeds

From the 1950s through the 1970s, “moped” strictly meant a vehicle under 50cc equipped with working pedals. In many Western countries, teenage riders could legally ride these low-cost machines without a standard motorcycle license. This era birthed several iconic body styles and classic models:

• Step-Through / Underbone Mopeds: These were the most mainstream, featuring U-shaped frames and large wheels (typically 16-17 inches) for stability. The Austrian Puch Maxi, the French Motobécane Mobylette, and the Italian Benelli G2 became global icons for their simplicity.
• Scooter-Style Mopeds: These models adopted the aesthetics of a scooter—smaller wheels, leg shields, and floorboards—while still retaining functional pedals. The Garelli Katia and Puch Metropolitan are legendary examples of this “scooterette” hybrid design.
• Sporty “Top-Tank” Mopeds: Designed to look like downscaled racing motorcycles, these featured a top-mounted fuel tank. Models like the British-favourite Yamaha FS1-E (“Fizzie”) and the Puch Magnum were engineered to look like motorcycles while keeping the pedals to remain legally classified as mopeds.

From Functional to Ornamental: The Shift in Technology and Regulation

As engineering progressed, the lines between mopeds and motorcycles blurred. Manufacturers began fitting mopeds with highly tuned, multi-speed 49cc two-stroke engines. These machines looked and performed increasingly like light motorcycles, capable of reaching speeds well over 60–80 km/h.

Consequently, the pedals on these “sports mopeds” became purely decorative—riders rarely used them for propulsion, instead treating them as fixed footrests and a clever loophole to bypass stricter motorcycle laws.

Recognizing that limiting engine displacement (under 50cc) and requiring pedals was no longer sufficient to control road safety, governments worldwide modernized their transport laws. They dropped the mandatory pedal requirement entirely. Instead, they redefined “moped” based on performance safety standards: maximum design speed (typically capped at 45–50 km/h or 28–30 mph) and maximum engine or motor power (generally limited to 4kW or less).

Modern Mopeds: Pedal-Free and Power-Restricted

Under today’s legal frameworks, modern mopeds no longer require pedals. Instead, they are defined solely by their low-speed and low-power status.

To cater to this massive, entry-level market, manufacturers now design standard scooter and light motorcycle frames, but install electronic speed limiters, software constraints, or restricted transmissions to limit their output. This allows them to be legally classified and sold as “mopeds,” granting consumers the advantage of minimal licensing, cheaper insurance, and easier registration compared to full-sized highway motorcycles.

Types of Modern Mopeds

Today, when dealers and distributors source “mopeds,” they generally choose from three primary body styles:

1. Step-Through Scooter Mopeds: Featuring a flat footboard, leg shields, under-seat storage, and a fully automatic transmission. This is the most popular layout for urban commuting and delivery fleets.
2. Underbone Mopeds: A hybrid style popular in Asian and Latin American markets, featuring large motorcycle-like wheels but a low-slung step-through frame.
3. Naked/Sport Mopeds: Speed-restricted lightweight motorcycles that appeal to younger demographics who prefer a traditional motorcycle stance.

Our Focus: Electric Scooter-Style Mopeds (E-Scooter Mopeds)

While “moped” remains a broad legal umbrella covering various body shapes and drivetrains, this sourcing guide focuses primarily on modern electric scooter-style mopeds (e-scooter mopeds). Featuring a classic step-through scooter aesthetic, zero emissions, and near-zero drivetrain maintenance, these vehicles represent the fastest-growing segment in urban mobility and the primary focus of successful EV dealerships worldwide.

1. Market Overview: What’s Driving Demand?

Before you select models, understand the market forces that will determine which vehicles sell best in your region.

1.1 Global Market Growth

The electric two-wheeler market is expanding rapidly across all regions:

• Asia-Pacific: Dominates global sales, led by China, India, and Southeast Asia. This region is both the largest market and the primary manufacturing hub. On the demand side, Vietnam is expected to remain one of Southeast Asia’s largest electric two-wheeler markets.
• Europe: Driven by strict emissions regulations and government incentives. The EU market is growing at a CAGR of approximately 18%, with countries like France, Germany, and Italy leading adoption.
• Latin America: Rapidly emerging market with Brazil leading growth. Electric motorcycle sales in Brazil grew significantly in 2025.
• Africa: One of the fastest-growing markets, driven by the boda boda sector and rising fuel costs. In Kenya, electric two-wheelers accounted for 15.3% of new motorcycle registrations in 2025.

1.2 Key Growth Drivers

• Rising fuel costs — Electric moped scooters offer 60-70% lower energy costs than petrol equivalents
• Government incentives — Many countries offer tax breaks and subsidies for EV purchases
• Urban congestion and emissions regulations — Cities are restricting petrol vehicles
• Delivery and last-mile logistics growth — Platforms like Uber Eats and Rappi rely on riders
• Battery technology improvements — Better range and lower costs are driving adoption

1.3 Regional Market Characteristics

This guide focuses specifically on scooter-style mopeds — the flat-floor, step-through design that dominates urban mobility in Europe and beyond. But before diving into regional preferences, it helps to understand where scooter-style mopeds sit within the broader moped category.

There are three main moped body styles globally:

• Scooter-style moped: Features a flat floorboard and step-through frame. Engine or motor is mounted on the swingarm. Uses automatic transmission — easiest to ride. This is the style covered in this guide.
• Underbone: Features a curved main frame tube running beneath the fuel tank. Positioned between a scooter and a traditional motorcycle. Typically does not require manual clutch operation. Popular in Southeast Asia.
• Traditional straddle moped: The classic motorcycle form — rider straddles the vehicle with the fuel tank (or battery compartment) between the legs. Larger wheels and more stable handling. These look like smaller versions of full-size motorcycles.

Note that moped is defined by speed and power limits (typically ≤45–50 km/h and ≤4kW), not by body style. The same moped-class vehicle can be built in any of these three forms. This guide focuses on the scooter-style variant — the most popular choice for European urban fleets and delivery operators.

Different regions have different preferences. Understanding these helps you select the right models for your market:

2. Electric Moped Regulations by Country

Before selecting any model, you must understand how your target market legally defines a “moped.” The classification determines licensing, registration, insurance, and road access — and directly affects which vehicles you can legally import and sell.

The table below summarizes key regulations for electric mopeds across major markets. Note that rules vary significantly by country, and in some cases by state or province — always verify with local authorities before importing.

Dealer takeaway: Before ordering a single unit, confirm your target country’s classification. If you import vehicles that don’t meet local definitions — or exceed the power and speed thresholds — they won’t clear customs or be legal for road use. Many manufacturers (including BENLG) can adjust electronic control unit (ECU) settings to limit speed and power for specific markets, allowing the same physical vehicle to meet different regulatory requirements.

2.1 Licensing Requirements: Do You Need a Motorcycle License for a Moped?

Many potential buyers choose a moped precisely because they assume they won’t need a full motorcycle license. But the reality is more nuanced — and varies widely by market.

In most jurisdictions, a moped is legally defined as a low‑speed, low‑power vehicle that requires less than a full motorcycle license. However, the specific license class varies:

• European Union (L1e‑B): Requires an AM license (moped license), obtainable at age 16. This is distinct from A1, A2, or A motorcycle licenses. In many EU countries, a car license (category B) also permits riding a moped, provided age requirements are met.

• United Kingdom: Similar to the EU — an AM license or a full car license (with provisional moped entitlement) allows riding a 45 km/h moped. A full motorcycle license is not required.

• United States: Federal law does not mandate a specific license; it is state‑by‑state. Most states require a motorcycle endorsement or a moped‑specific license for vehicles exceeding 20 mph (32 km/h). For low‑speed vehicles (under 20 mph), a standard driver’s license is often sufficient, and some states allow riding with no license at all.

• Canada: Varies by province. For vehicles under 32 km/h and 500 W, many provinces exempt them from licensing. For faster mopeds, a Class 6 (motorcycle) license or a moped‑specific endorsement may be required.

• India: For low‑speed EVs (under 25 km/h and 250 W), no license is required. For high‑speed EVs (above those thresholds), a valid driving license is mandatory — but it is typically a standard light motor vehicle license, not a dedicated motorcycle license.

• Australia: Regulations vary by state, but recent reforms are moving toward a 250 W power limit for unlicensed operation. Above that, a motorcycle license or a moped‑specific endorsement is generally required.

• South Africa: Mopeds under 45 km/h are not classified as motor vehicles and do not require a license — only a learner’s permit or driver’s license for higher speeds.

• New Zealand: Mopeds (≤ 50 km/h) require a car license (Class 1) or a learner’s license; no motorcycle license is needed.

Dealer takeaway: When selling to end customers, clarify your local licensing rules. Many buyers choose a moped specifically because they don’t want to obtain a motorcycle license. If your market requires a motorcycle endorsement, you may need to adjust your product mix or marketing message accordingly.

3. What Is an Electric Moped Scooter?

Before you start selecting models, you need to understand what you’re actually selling — and how your target market defines it.

The term “moped scooter” can mean different things in different regions. In the EU, an L1e-B e-moped is defined as a vehicle with a maximum continuous rated power of 4,000W (4kW) and a maximum speed of 45 km/h. In the US, the classification depends on speed — vehicles exceeding 20 mph (32 km/h) are typically treated as motorcycles under FMVSS regulations. In many Asian and Latin American markets, the definition is even broader, often encompassing anything from 50cc-equivalent electric scooters to higher-powered commuter vehicles.

Understanding your target market’s classification is non-negotiable. It determines licensing requirements, insurance obligations, road access rights, and — crucially — the certifications your imported vehicles must carry.

4. Electric Moped Scooter Types

Not all moped scooters are the same. Here are the main categories you’ll encounter when sourcing from China.

4.1 Classic / Retro Style

Vintage-inspired designs with round headlights, chrome accents, and classic silhouettes. Popular in European and lifestyle-oriented markets. Typically features 1,500W-3,000W motors and 60V-72V battery systems. Best for: Style-conscious commuters, urban riders, and markets where aesthetics matter.

4.2 Sporty / Modern Style

Sharp lines, aggressive styling, and modern LED lighting. Often equipped with larger wheels (12-14 inches) and higher performance. Popular with younger riders and in markets that value contemporary design. Best for: Performance-oriented customers, younger demographic, and premium positioning.

4.3 Delivery / Commercial Style

Designed for durability and functionality. Features heavy-duty frames, rear cargo racks or boxes, dual-battery capability for extended range, and robust suspension. Common in Southeast Asia, Africa, and Latin America. Best for: Food delivery, parcel delivery, and commercial fleet operators.

4.4 Compact / Folding Style

Lightweight, portable designs for multi-modal commuting. Smaller wheels, lower power (500W-800W), and often lower price points. Best for: Urban commuters combining public transport and riding, and markets with limited storage space.

5. Key Specifications Explained

When evaluating moped scooters, these specifications determine performance, compliance, and customer satisfaction. Here’s what each one means in plain language.

5.1 Motor Power (Watts / Kilowatts)

Motor power is measured in watts (W) or kilowatts (kW). Common power levels for moped scooters range from 500W to 3,000W and beyond.

What matters to your customer: Higher power = better acceleration and hill-climbing, but may push the vehicle into a higher regulatory category. In the EU, exceeding 4,000W moves the vehicle from L1e-B (moped) to L3e (motorcycle), requiring a motorcycle license and full type approval. In the UK, anything exceeding L1e-B limits (4,000W / 45 km/h) is legally a motorcycle. In South Africa, any electric bicycle exceeding 45 km/h is classified as a motor vehicle.

Flexibility note: Many manufacturers offer the same vehicle platform with different ECU settings. The same physical model can be configured as a 45 km/h moped for the EU or a 60 km/h version for markets where higher speeds are legal — all without changing the hardware. This allows dealers to stock one model that serves multiple markets, reducing inventory complexity.

5.2 Battery Voltage and Capacity

Battery specifications involve two distinct numbers that serve different purposes. Understanding both — and the engineering logic behind them — is essential for selecting the right vehicle.

Voltage (V) – Determines the System’s Power Ceiling

Voltage is the electrical system’s “pressure.” Higher voltage allows the system to deliver more power without requiring dangerously high current. This is not just a design choice — it’s a matter of physics and safety.

Why higher voltage enables higher power:

Motor power is calculated as:

Power (W) = Voltage (V) × Current (A)

To increase power, you can either raise the voltage or raise the current. But raising current comes with serious physical limitations:

• Heat generation increases with the square of the current (Heat = I² × R). Double the current, and heat quadruples.
• To handle high current, battery cables, motor phase wires, and controller busbars must be made thicker and heavier — adding cost, weight, and bulk.
• High current also causes excessive heating inside the battery cells, creating safety risks.

This is why engineers prefer to increase voltage rather than current to achieve higher power. A high-voltage, moderate-current system delivers the same power as a low-voltage, high-current system — but with much lower heat generation, thinner cables, lighter weight, and better safety margins.

Voltage and power are not rigidly locked together, but in practice, manufacturers design voltage tiers to match typical power levels:

These are typical ranges, not fixed rules. You can find a 72V system with a 500W motor (it will just run very efficiently at low current) or a 48V system with a 1,500W motor (it will require very thick cables and generate significant heat). But the tiered approach is how most manufacturers structure their product lines.

Efficiency advantage of higher voltage:

When delivering the same power, higher voltage means lower current — and lower current means lower I²R losses in the wiring, controller, and motor. This translates to:

• Less heat generation
• More stable battery discharge
• Slightly better range (all else being equal)

This is why high-power vehicles use high-voltage systems. They don’t just go faster — they deliver that speed more efficiently.

Capacity (Ah) – Determines Range

Capacity, measured in amp-hours (Ah), determines how much energy the battery stores — and therefore, how far the vehicle can travel.

The actual energy stored is measured in watt-hours (Wh) or kilowatt-hours (kWh), calculated as:

Voltage (V) × Capacity (Ah) = Energy (Wh)

This is where the voltage-capacity relationship becomes important. Two batteries can have the same Ah rating but very different energy storage:

• 60V × 20Ah = 1,200Wh (1.2kWh)
• 72V × 20Ah = 1,440Wh (1.44kWh)

Both batteries are labeled “20Ah” — but the 72V battery stores 20% more energy. That extra energy translates directly into more range. The 72V battery will also cost more, because it contains more cells and more raw material.

For dealers, this means: when comparing batteries, never look at Ah alone. Always calculate the Wh (or kWh). A 72V20Ah battery will outlast a 60V20Ah battery under the same load and speed conditions, because it simply has more energy stored.

Battery Chemistry Matters Too

What Matters to Your Customer

When helping a customer choose a battery configuration, consider their actual use case:

1. Voltage determines the vehicle’s power capability — speed, acceleration, and hill-climbing all depend on system voltage
2. Capacity (Ah) determines how far the rider can go — but only when considered together with voltage (Wh/kWh)
3. Weight matters — larger batteries (especially lead-acid) add significant weight, affecting handling and payload
4. Cost scales with energy — higher Wh batteries cost more, but deliver more range

Dealer takeaway: When comparing two batteries, do not look at Ah alone. A 72V20Ah battery stores 20% more energy than a 60V20Ah battery — and will deliver more range. Voltage gives you power; capacity (combined with voltage) gives you range. Understand both, and explain both to your customers.

5.3 Top Speed

Top speed is critical for regulatory compliance. Speed determines whether a vehicle is a “moped” or a “motorcycle” in most markets — but the specific thresholds vary by country.

What matters to your customer: If your customer doesn’t have a motorcycle license, they can only ride vehicles under 45 km/h in most markets (or 32 km/h in Canada). For delivery fleets, lower speeds are more efficient and have lower insurance costs. Always check your target country’s specific speed thresholds before selecting models.

5.4 Range

Range is a top concern for end customers. For delivery fleets, range directly impacts productivity. For commuters, it determines whether the vehicle meets daily needs.

Most electric moped scooters offer ranges between 50 km and 120 km on a single charge. Actual range depends on battery capacity, motor efficiency, rider weight, terrain, and riding speed.

Common Configurations and Their Characteristics

What matters to your customer: Be honest about range. Tell customers how real-world range compares to the advertised range. In practice, actual range is often 20-30% lower than the manufacturer’s ideal test conditions.

5.5 Brakes, Suspension, and Lighting — What Your Customers Actually Need

Safety and comfort features are what separate a budget vehicle from a premium one. For fleet operators, they directly impact downtime and maintenance costs. For commuters, they affect daily ride quality. Understanding the trade-offs helps you stock the right configurations for your market.

Braking Systems

Electric moped scooters use three main brake types. Each has distinct trade-offs in cost, performance, and maintenance.

Dealer takeaway: For entry-level markets, drum brakes are acceptable and keep costs low. For most commuter and delivery applications, front disc + rear drum or dual disc is the sweet spot — good performance at moderate cost. ABS is a premium feature that adds significant value but also significant cost. Know your market’s price sensitivity before making decisions.

Suspension Systems

Suspension affects ride comfort, handling stability, and load-carrying capability — especially relevant for delivery fleets carrying heavy loads on rough roads.For most commuter and delivery applications, hydraulic spring fork + twin rear shocks is the standard — it works well and keeps costs reasonable. USD forks and monoshock rear suspension are performance upgrades that justify higher retail prices. Air suspension is rare in the moped scooter segment and generally not worth the cost for this vehicle class.

Lighting — Safety and Visibility

Lighting affects both safety (being seen) and compliance (many markets mandate specific lighting standards).

Dealer takeaway: LED lighting is the minimum acceptable standard for any vehicle you sell. The slightly higher upfront cost is offset by longer lifespan, lower energy draw (preserving battery range), and better safety. Halogen is obsolete for all but the cheapest entry-level models. DRLs are a premium feature that adds safety value and visual appeal.

Summary: Features by Vehicle Tier

Final advice for dealers: Choose features that match your customers’ actual use and budget. Over-speccing raises prices and hurts sales. Under-speccing leads to poor reviews and customer dissatisfaction. The sweet spot for most markets is hydraulic fork + twin rear shocks + LED lighting + front disc (with rear drum or disc) — good safety and comfort at a reasonable price point.

6. Matching Vehicles to Customer Types

Different customers need different vehicles. Here’s how to match the right moped scooter to the right buyer.

6.1 Urban Commuter

Profile: Daily 10-30 km commute, city streets, no cargo. Wants reliability and low running costs.

Recommended spec: 1,000-1,500W motor, 60V battery, 45-50 km/h top speed, 50-80 km range, comfortable seat, good storage.

Key selling points: Low running costs, no license required (in some markets), easy parking.

6.2 Delivery / Commercial Rider

Profile: 50-100+ km per day, carrying cargo, frequent stops. Wants durability and range.

Recommended spec: 2,000-3,000W motor, 72V battery, 45-60 km/h top speed, 80-120 km range, dual-battery capability, cargo rack, rugged build.

Key selling points: Lower fuel costs than petrol (60-70% savings), lower maintenance, can carry more cargo than a motorcycle.

6.3 Style-Conscious / Lifestyle Rider

Profile: Short to medium distance, cares about appearance and brand. Often young professionals or trend followers.

Recommended spec: Classic or sporty design, 1,500-2,000W motor, 60V battery, 45-55 km/h top speed, 50-80 km range, premium finish, LED lights.

Key selling points: Looks great, environmentally friendly, low running costs, easy to ride.

6.4 Fleet Operator

Profile: Managing multiple vehicles, focused on total cost of ownership (TCO). Needs reliable, low-maintenance vehicles at scale.

Recommended spec: Consistent spec across all vehicles, swappable batteries, easy parts availability, durable build, simple maintenance.

Key selling points: Lower TCO than petrol fleets, predictable operating costs, reduced downtime, positive brand image.

7. Compliance and Certification: What Your Vehicles Need

Compliance is where many importers fail. Here’s what you need to know to ensure your vehicles can be legally sold and registered.

7.1 EU Market: EEC Type Approval

For the EU market, electric moped scooters must have EEC type approval to be legally sold. Under Regulation (EU) No 168/2013, L1e-B mopeds must meet specific technical requirements. Your supplier must provide the Certificate of Conformity (CoC) for each model.

Key requirement: The vehicle must be type-approved as an L1e-B moped. Without this documentation, your shipment will not clear EU customs.

7.2 US Market: FMVSS and DOT

For vehicles exceeding 20 mph (32 km/h), FMVSS (Federal Motor Vehicle Safety Standards) compliance is required, along with DOT certification. This is a significant barrier for many importers. Work with a US customs broker who specializes in vehicle imports.

7.3 UK Market: EAPC and Moped Classification

In the UK, electric scooters up to 15.5 mph (25 km/h) are treated as electrically assisted pedal cycles (EAPCs). Electrically Assisted Pedal Cycles (EAPCs) are a separate category requiring functional pedals. Electric mopeds without pedals fall under L1e-B regulations, requiring registration, insurance, licensing, and MOT testing.

7.4 Battery Certifications

Lithium batteries must meet specific safety standards for shipping and sale:

• UN38.3: Required for shipping lithium batteries by air or sea
• CE (EN 15194): Required for EU market
• RoHS: Restriction of hazardous substances in electrical equipment
• IEC 62133: Safety requirements for portable sealed secondary cells

Pro tip: Ask your supplier for copies of all certifications before placing an order. If they can’t provide them, find another supplier.

8. How to Choose the Right Models for Your Dealership

Here’s a practical framework for selecting the right moped scooter models for your dealership or fleet.

Step 1: Understand Your Market

• What are the most common motorcycle types in your area?
• What is the dominant use case? (Commuting, delivery, leisure, commercial)
• What are the local regulations for electric mopeds? (Speed limits, licensing, insurance)
• What is the price sensitivity of your target customers?

Step 2: Define Your Product Mix

• Entry-level: 1-2 affordable models for budget-conscious buyers
• Mid-range: 2-3 models for the majority of customers
• Premium: 1-2 higher-end models for style-conscious or performance-oriented buyers
• Commercial: 1-2 models for delivery fleets and business customers

Step 3: Match Specs to Customers

• Commuter customers: 1,000-1,500W, 60V, 45-50 km/h, 50-80 km range
• Delivery riders: 2,000-3,000W, 72V, 45-60 km/h, 80-120 km range, dual batteries
• Style-conscious riders: Classic or sporty design, 1,500-2,000W, 60V, 50-80 km range

Step 4: Verify Compliance

• Confirm your target country’s classification for each model using the table in Section 2
• Ensure your supplier can provide the required certifications
• Order samples and test them before committing to bulk orders

Step 5: Plan After-Sales Support

• Stock spare parts for the models you sell
• Train technicians on battery, motor, and controller diagnosis
• Establish a relationship with your supplier for emergency parts

9. Why BENLG Is Your Partner for Moped Scooter Sourcing

BENLG has been manufacturing electric two-wheelers for over 20 years, exporting to more than 65 countries. We offer a complete range of electric moped scooters across all categories:

• Classic/Retro: Vintage-inspired designs for style-conscious riders
• Sporty/Modern: Contemporary styling with higher performance
• Delivery/Commercial: Durable, cargo-ready models for fleets
• Compact: Lightweight options for urban commuters

What BENLG offers dealers:

• Multiple configurations: 48V, 60V, and 72V models with motor options from 500W to 3,000W
• Flexible ECU tuning: The same vehicle platform can be configured to meet different speed and power limits for different markets — reducing inventory complexity
• Flexible supply: CBU (fully built), SKD, or CKD — tailored to your import strategy
• OEM / Private label: Build your own brand with BENLG as your manufacturing partner
• Certification support: EEC, CE, and other required documentation for your target market

BENLG – Electric mobility, built for your market.

Related resources:

Li Yan

Author Sales Management

BENLG Electric Vehicle Sales Team

Li Yan is the author of this guide. With over a decade of experience in the electric two-wheeler industry, she brings deep knowledge of both product engineering and market dynamics across Africa, Southeast Asia, Latin America, and the Middle East. As a sales management professional at BENLG, she helps B2B partners—from importers and distributors to fleet operators—find the right electric vehicle solutions for their specific markets.