02 — Midi Infrastructure · Product range

The complete Mammoth charging & storage range.

Explore the Mammoth product range

This page is your gateway to the full Mammoth charging and storage family. Every card below combines real-world imagery, technical specifications and use cases for the African market. Listen to the featured podcast for a quick guide to sizing the right infrastructure, download the full product catalogue for offline sharing, and scroll down to visit the full product showcase.

Featured podcast

Learn how to size the right Mammoth infrastructure.

Product catalogue

Download the PDF for specifications and sharing.

Full showcase below

Scroll down to explore every product line.

Featured podcast

How to choose the right Mammoth infrastructure

This episode is a practical introduction to sizing Mammoth infrastructure for your site. We explain the three Mammoth tiers — Mini for portable and home power, Midi for city fleets and commercial charging, and Mega for highways, logistics parks and industrial solar-plus-storage. You will learn how to match power output, battery capacity, grid connection and daily use case to real African conditions, and why a solar-first, battery-buffered design improves reliability, cost and energy sovereignty.

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Charging infrastructure

AC, DC and high-power charging platforms

7 kW

AC Charging Piles

Single-gun AC slow-charging station

Compact, weather-proof AC charging for homes, apartment blocks, offices and hospitality sites — with plug-and-charge, card and QR start options.

Novel appearance

Galvanised steel plates with high-protective enamel coating process.

On the safe side

IP54 rated with protection against short circuit, overheating, surges, overload and leakage.

Highly compatible

Compatible with 99% of vehicles on the market.

Intelligent & convenient

Plug-and-charge, card payment or QR-code scanning for home and commercial use.

Technical specifications

Power model	7 kW single unit
Installation	Floor / pedestal mounted
Charging configuration	Single gun, 5 m cable
Interface	4.3-inch colour display with LED scrolling lights
Connectivity	Ethernet, 4G
Start modes	Plug and play, card payment, scan code
Charging modes	Auto charge, fixed time, fixed battery level, fixed amount
Input / output voltage	AC 220 V ±20%
Output current	Single gun 0–32 A
Standby consumption	≤ 3 W
Protection	Short circuit, overcurrent, leakage, over/under voltage, grounding, emergency stop
Ingress protection	IP54
Operating temperature	-20 °C to +50 °C
Humidity / altitude	5–95% RH non-condensing · ≤ 2000 m

Use cases

Residential community
Apartment & office building
Hotel
Scenic area & park

80 kW / 120 kW / 160 kW

DC Charging Piles

Dual-gun DC fast-charging station

High-performance DC fast charging for today's EVs and tomorrow's mobility. Built for reliability, efficiency and seamless platform integration.

High-speed fast charging

Constant-power modules deliver up to 97% conversion efficiency across a 200–1000 V output range.

Safe and reliable

Over-current, over-voltage, short-circuit, grounding, leakage and emergency-stop protection.

High adaptability

Adaptive output matched to different battery demand scenarios and EV models.

Platform compatible

Supports major charging platforms and protocols via OCPP.

Technical specifications

Power models	80 kW · 120 kW · 160 kW
Charging configuration	Dual gun, 5 m cables (customisable)
Interface	8-inch colour touchscreen with LED indicators
Connectivity	Ethernet, 4G (optional)
Start modes	Card swipe, QR code, VIN code, password
Input voltage	AC 380 V ±20%, 45–65 Hz
Output voltage range	DC 200–1000 V (constant power DC 300–1000 V)
Max output current	250 A per unit
Power factor / efficiency	> 0.99 above 50% load · peak ≥ 95%
THD	≤ 5%
Regulation accuracy	Voltage ≤ ±0.5% · current ≤ ±1%
Insulation resistance	≥ 20 MΩ
Ingress protection	IP54
Operating temperature	-20 °C to +50 °C
Cooling / noise	Forced air cooling · 60–80 dB

Use cases

City parking lots
Highways & service areas
Commercial complexes
Logistics parks

240 – 600 kW

Mammoth HDC Series

High-power dual-gun DC fast charging station

Engineered for heavy-duty electric mobility — delivering 240 kW to 600 kW of ultra-fast, efficient and reliable DC charging.

High-speed fast charging

Ultra-wide 200–1000 V range with up to 600 kW output for maximum power delivery.

Built for heavy duty

Designed for large commercial vehicles, buses, construction equipment, ports and logistics fleets.

Safe & reliable protection

Protection against overcurrent, overvoltage, overheat, short circuit and leakage current.

Intelligent platform

OCPP, Ethernet/4G, RFID and intelligent management for seamless fleet integration.

Technical specifications

Power models	240 · 300 · 360 · 420 · 480 · 600 kW
Output voltage range	DC 200–1000 V
Max output current	250 A / 300 A / 400 A (optional)
Connector	Dual CCS2 (or GB/T) — dual-gun output
Efficiency	≥ 96.5%
Ingress protection	IP54
Operating temperature	-20 °C to +50 °C

Use cases

Heavy-duty trucks
Mine operations
Ports & terminals
Electric boat berths
Electric buses

160 – 480 kW

Mammoth Ant Station

4-gun fast charging series

One station. Four guns. Maximum flexibility. High-performance DC fast charging for fleets, highways and anywhere power is needed.

Uses all distributed power

160–480 kW range reduces transformer installation needs and allows direct connection to public grid transformers.

Intelligent power allocation

Full-matrix distribution unit with on-demand, first-come-first-serve and whole-system optimisation strategies.

Four-gun output

Four guns charge four vehicles simultaneously without interfering with each other.

Mother-and-child design

The host integrates two charging ports, reducing master/slave cabling and investment cost.

Technical specifications

Power models	160 · 200 · 240 · 320 · 360 · 400 · 480 kW
Station configuration	Mother-child gun system, four guns, 5 m reach
Interface	8-inch colour touchscreen with LED indicators
Connectivity	Ethernet / 4G (optional)
Output voltage range	DC 300–1000 V
Peak efficiency	≥ 95%
Ingress protection	IP54
Operating temperature	-20 °C to +50 °C

Use cases

Rural parking lots
County city parking
Provincial roads
Heavy-load truck scenarios

480 – 3200 kW

Mammoth Split-Type DC Charging Stack

Modular power. Maximum flexibility.

A high-power, split-type DC charging system designed for scalable deployment, superior efficiency and future-ready performance.

High power

Up to 1200 kW per system, with host cabinets scaling to 3200 kW.

Intelligent allocation

Flexible power sharing optimises utilisation and improves charging efficiency.

Flexible expansion

Modular design for easy maintenance and upgrades — add power modules as demand grows.

Configurable endpoints

Supports 4 to 24 gun channels to meet diverse charging demand.

Technical specifications

Host cabinet power	480–1200 kW · 1280–3200 kW
Output circuits	2–20 guns (customisable on site)
Interface	8-inch colour touchscreen with LED indicators
Terminal communication	CAN
Output voltage range	DC 200–1000 V (constant power DC 300–1000 V)
Power factor	≥ 0.99 (50–100% full-load output)
Peak efficiency	≥ 96.5% (50–100% load)
Ingress protection	IP54
Service environment	Indoor / outdoor
Operating temperature	-20 °C to +50 °C (storage -40 °C to +70 °C)

Use cases

City parking lot
Commercial zone
High-speed service area
Mining port
Logistics park

73 kWh/30 kW · 110 kWh/60 kW · 168 kWh/80 kW

Mobile Charging & Power Supply Equipment

Flexible power. Anywhere you need it.

Compact, intelligent and mobile energy units delivering reliable DC power for EV charging and critical power applications.

Flexible & mobile

Compact integrated design on wheels for rapid deployment across a site.

Emergency & on-site charging

Ideal for roadside rescue, on-site charging and in-park charging services.

High compatibility

Compatible with over 99% of new energy vehicles; supports CCS2 and GB/T.

Standard industrial interface

Industrial sockets supporting AC/DC power supply as well as charging.

Technical specifications

Models	73 kWh / 30 kW · 110 kWh / 60 kW · 168 kWh / 80 kW
Battery type	Lithium iron phosphate (LFP), 537 V (168S)
Cycle life	≥ 6,000 cycles at 80% state of health
AC recharge	380 Vac, max 60 kW
DC recharge	Standard DC charging, max input 70 kW
Charging output	200–1000 V · 0–200 A · 30 / 60 / 80 kW
Connector	CCS2 / GB/T single gun, 5 m (customisable)
Display	7-inch colour touchscreen
Ingress protection	IP54
Cooling	Forced air cooling
Chassis	1700 × 910 × 1465 mm · solid tyres 4.00-8 · max load 1200 kg
Mobility	Max speed 5 km/h · gradient ≥ 20% · ground clearance 85 mm

Use cases

Emergency rescue
On-site fleet charging
Industrial parks
Events & temporary power

Energy storage & integrated systems

Portable, household, C&I and PV-integrated storage

Multi-format lineup

Portable Power — Extended Range

Clean power. Quiet operation. Built to endure.

The wider portable lineup covers everything from handheld packs to high-output units for small business and creative production use.

Pure sine wave

Safe for sensitive electronics and medical devices.

Low noise

Quiet operation under 50 dB.

Intelligent BMS

Smart, safe and long-lasting cell management.

Travel friendly

Compliant formats available for air travel.

Technical specifications

Battery type	LiFePO₄
Cycle life	3,500+ cycles to 80%
Output	AC, DC, USB-A/C and car outlets
Charging time	3–5 hours (AC)
Operating temperature	-20 °C to +55 °C

Use cases

Households
Small business
Salons & workshops
Field teams

1 kWh – 16 kWh

Mammoth Household Energy Storage

Smart energy. Reliable power. Built for modern homes.

Modular, safe and intelligent home storage that stores solar energy, cuts grid reliance and keeps the lights on.

New-grade cells

First-tier brand A+ cells deliver higher safety, longer cycle life and stable performance.

High-precision SOC algorithm

Accurate state-of-charge estimation for optimal energy management.

App & Bluetooth control

Monitor, control and optimise the system anytime via app with Bluetooth.

Modular capacity

Flexible expansion — handheld, wall-mounted, stacked and floor-standing formats.

Technical specifications

Formats	Handheld 1 kWh · wall-mounted 5 kWh · stacked 5 kWh · floor-standing 16 kWh
Rated capacity	1.00 / 5.12 / 5.12 / 16.07 kWh (0.5C, 25 °C)
Rated voltage	12.8 V (handheld) · 51.2 V (others)
Working voltage	10–14.6 V · 40–58.4 V
Cycle life	≥ 6,000 cycles @ 80% DoD
Communication	Bluetooth / app · CAN / RS485 on 51.2 V units
Ingress protection	IP20 (handheld) · IP54
Operating temperature	0–55 °C charge · -20–55 °C discharge

Use cases

Home solar self-consumption
Backup power
Small business
Off-grid homes

64 kWh / 128 kWh

Mammoth Air-Cooled Energy Storage Cabinet

Smart. Reliable. Built for every scenario.

High-performance air-cooled storage delivering safe, flexible and efficient power for commercial and industrial sites.

Rich interfaces

Multiple communication interfaces for seamless integration across diverse applications.

Modular deployment

Modular architecture supports easy expansion and rapid installation at any project scale.

Indoor & outdoor

Engineered for harsh environments with a high protection rating.

Intelligent fire protection

Multi-layer fire detection and suppression for reliable safety.

Technical specifications

Battery type	Lithium iron phosphate (LFP)
Capacity	64 kWh / 128 kWh
Rated voltage	204.8 V / 409.6 V
Working voltage range	180–230 V / 360–460 V
Max charge / discharge	150 A / 150 A
Cycle life	≥ 6,000 cycles @ 80% DOD
Ingress protection	IP54
Working temperature	-20 °C to +55 °C
Dimensions	600 × 1214 × 1730 mm / 1200 × 1214 × 1730 mm
Cooling	Intelligent air cooling
Communication	RS485 / CAN · compatible with mainstream inverters & EMS

Use cases

Commercial & industrial
Renewable energy
Microgrid & energy hub
EV charging stations
Residential backup

MEC-261 / MEC-522

Mammoth Liquid-Cooled Energy Storage Cabinet

Smart energy. Reliable power. Built for modern systems.

Liquid-cooled cabinets delivering superior safety, efficiency and long cycle life for commercial and industrial applications.

Integrated liquid cooling

Advanced thermal management maintains optimal temperature for high efficiency and long service life.

BMS + EMS linkage

Seamless integration of battery and energy management for smart coordination.

Comprehensive protection

Multi-layer detection for cell, electrical and environmental safety.

Local & remote monitoring

Real-time monitoring via local HMI and remote platform with logging and alerts.

Technical specifications

Models	MEC-261 (261 kWh) · MEC-522 (522 kWh)
Battery chemistry	Lithium iron phosphate (LiFePO₄)
Pack configuration	1P260S / 1P525S
Rated voltage	832 V (728–936 V working range)
Max charge / discharge	157 A / 157 A
Cycle life	≥ 6,000 cycles (80% DOD)
Cooling	Liquid cooling
Ingress protection	IP54
Operating temperature	-20 °C to +55 °C
Communication	Ethernet / 4G (optional) / CAN
Dimensions	1450 × 1430 × 2000 mm
Weight	≈ 3500 kg / ≈ 4000 kg

Use cases

Microgrids
Solar + storage
Peak shaving
Backup power
Energy shifting
Solar-storage-charging

261 kWh + 120 kW · 522 kWh + 240 kW

Mammoth PV-ESS-Charger Integrated Machine

Integrated generation, storage and charging

One cabinet combining PV generation, energy storage and EV charging — compact footprint, fast installation, lower total cost.

Grid-connected or off-grid

Seamless switching between modes ensures reliable power anytime, anywhere.

Integrated system

PV, storage and charging in one with high efficiency, stable output and lower operating cost.

Flexible charging

Single or dual guns; compatible with CCS1, CCS2, GB/T and NACS.

Remote management

Real-time monitoring, intelligent control and remote maintenance.

Technical specifications

Configurations	261 kWh + 120 kW · 522 kWh + 240 kW
Battery type	Lithium iron phosphate (LFP)
Rated voltage	832 V (728–936 V working range)
Charge / discharge power	120 kW / 0.5C · 240 kW / 0.5C
Cycle life	≥ 6,000 cycles
Cooling / fire safety	Liquid cooling · aerosol suppression
Ingress protection	IP54
Operating temperature	-20 °C to +55 °C charge · -20 °C to +50 °C discharge
PCS rated power	120 kW / 240 kW · 3W+PE / 400 Vac (±15%)
Max output current	200 A / 400 A
Charging standards	CCS1 / CCS2 / GB/T / NACS (optional)
Dimensions	1430 × 1750 × 1672 mm per cabinet

Use cases

Public charging stations
Fuel stations
Fleet operations
Highway service areas
Corporate & industrial sites

Next step

Specify a system for your site.

Share your site load profile, vehicle mix and grid conditions and our engineering team will size the charging and storage configuration for you.

Talk to our engineers

FAQ

EV charging basics

What is the difference between AC and DC charging?

AC charging sends alternating current to the vehicle's onboard charger, which converts it to direct current to fill the battery. It is slower and best for home, workplace and overnight charging. DC charging converts power in the station itself and delivers direct current straight to the battery, allowing much faster top-ups for public sites and fleets.

What does charger power (kW) mean in practice?

Kilowatts (kW) measure how much energy the charger can deliver per second. A 7 kW AC unit adds roughly 35–40 km of range per hour, while a 120–600 kW DC unit can add hundreds of kilometres in under an hour. Higher kW is ideal when drivers need fast turnarounds; lower kW is fine for longer parking periods.

How do I know which charging standard my EV uses?

Most EVs list the charging port type in the manual or on the charge flap. The common standards are CCS2 (widely used in Europe and Africa), GB/T (common in China), and NACS (used by Tesla in North America). Matching the connector is the first step; the vehicle's maximum DC charge rate then decides how fast it can actually charge.

Can solar and battery storage power an EV charger?

Yes. Pairing chargers with solar panels and battery storage (PV-ESS) lets you store solar energy during the day and use it to charge vehicles whenever needed. This reduces grid demand, lowers running costs, and keeps chargers working during outages — a key advantage for sites across Africa with variable grid supply.

Which Mammoth tier is right for my site?

Mini is for portable power, homes and small businesses; Midi is for city fleets, taxis, commercial parking and light commercial sites; Mega is for highways, public transport, logistics parks and large industrial solar-plus-storage projects. Our engineering team can size the exact configuration once you share your load profile, vehicle mix and grid conditions.