Protection Beyond the Output Number
The published M5003 protection list covers overcharge, over-discharge, overcurrent, short circuit and temperature protection. Review the operating manual and project conditions before deployment.
HIGH-OUTPUT MOBILE POWER / OEM & ODM
iForway M50035018Wh / 6000W
LiFePO4 Portable
Power Station
6kWContinuous AC Output.
12kW Published Peak.
12kW Published Peak.
Build your high-output portable power line around the M5003: a 5018Wh-class LiFePO4 platform with 6000W continuous pure sine wave AC output. Wheels and a pull handle support on-site repositioning, while OEM/ODM options let you define the supplied configuration for your market.
Published reference: 220β240V AC, 50/60Hz, four AC outlets. Nominal battery energy is 5017.6Wh, rounded to 5018Wh. Confirm the exact configuration before sample approval.
M500301 / 01
6000W CONTINUOUS AC
LiFePO4Wheeled mobility. Pull-handle design.
Battery Capacity5018Wh
Continuous AC Output6000W
Published Peak Output12kW Β· Not continuous
Battery ChemistryLiFePO4
MobilityWheels + pull handle
Standard OEM MOQ100 units
BUILT AROUND THE WORKSITE
Protection and Mobility.
Defined for Professional Use.
Wheeled Movement, With a Handling Plan
The published net weight is 65kg, with dimensions of 622 Γ 422 Γ 520mm. Wheels and a pull handle help reposition the unit on suitable surfaces; plan lifting, unloading and access separately.
Battery-management protection is not an ingress or impact rating. This page makes no rain, immersion, drop-height, crush-load or military-standard claim for the M5003. Follow the supplied model's operating instructions.
A Platform for High-Demand Work
6000W Continuous Output. 5018Wh-Class Energy.
The M5003 combines 5017.6Wh nominal battery energy with 6000W rated pure sine wave AC output. The published 12kW peak rating is not a continuous-output specification; request its applicable duration and test conditions.
Review continuous demand, starting current and simultaneous loads together. Send your equipment list for a configuration-specific compatibility assessment before committing to a project.
5018Wh
Rounded battery energy Β· 5017.6Wh nominal
6000W
Continuous AC output
12kW
Published peak Β· duration to be confirmed
Plan Energy and Power Separately
The output rating describes load capability, not operating duration. Use battery energy, equipment duty cycle and operating losses to assess runtime, then validate the intended configuration.
Evaluate the Complete Worksite Load
Check power tools, battery chargers, lights and other devices as one system. Starting peaks, cable requirements and local electrical rules matter as much as the total rated watts.
Plan Around Your Equipment
Match M5003 to the Job, Not Just the Wattage
Use these applications as starting points for review, not blanket compatibility guarantees. Submit each device, duty cycle, starting demand and required operating duration before final selection.
01
Construction and Renovation
Review cutting, drilling, grinding and tool-battery charging against the 6000W continuous rating. Check the starting demand and combined load rather than assuming every tool can run simultaneously.
02
Temporary Site Lighting
Plan work lights and compatible temporary-site equipment as a combined load. Include operating hours, cable arrangements and site conditions when requesting a runtime assessment.
03
Mobile Maintenance and Field Service
Bring reserve AC power to selected service and maintenance equipment. Confirm access, handling and unloading arrangements for the published 65kg unit before deployment.
Know the Input Limits
Choose Charging Equipment for the Supplied Configuration
Use the published AC and XT60 solar/DC limits to plan your charging source. Confirm the exact input arrangement before selecting panels, cables or combined charging modes.
AC Charging: Up to 2500W
The published 230V version accepts 180β264V AC, 47β63Hz, up to 2500W. A peak input rating is not a guaranteed full-charge time; request the applicable charge curve and test conditions.
Solar / DC: Up to 1200W
The published XT60 input range is 12β60V DC, with 20A maximum current and 1200W maximum input power, using MPPT. Actual solar input depends on the array and operating conditions.
Confirm the Complete Input Plan
Provide panel Voc, Vmp and Isc, series/parallel connections and temperature conditions. Confirm channel count and combined-input limits; do not assume dual channels or simultaneous AC plus solar charging.
Backup With Defined Limits
Separate Battery Output From EPS Operating Limits
The published battery-mode AC output is 6000W. EPS operation has a separate published maximum continuous load of 3220W and a transfer-time reference of β€10ms.
Do not treat the EPS figure as zero interruption or assume that a 6000W load can run through EPS mode. Confirm load tolerance, operating mode and the supplied version before connecting interruption-sensitive equipment.
β€10msPublished EPS transfer-time reference
3220WPublished EPS maximum continuous load
6000WBattery-mode AC output; not the EPS limit
Published Configuration Reference
M5003 Technical Specifications
This table describes the published 220β240V configuration, not every possible OEM variant. Confirm the model-specific datasheet, peak-output test conditions and supplied configuration before approving samples.
| Specification | Published reference |
|---|---|
| Model | iForway M5003 |
| Battery Capacity | 5017.6Wh nominal (51.2V / 98Ah); rounded to 5018Wh |
| Battery Chemistry | LiFePO4 |
| Rated AC Output | 6000W, pure sine wave |
| Published Peak Output | 12kW; not continuous output. Request surge duration and test conditions |
| AC Output | 220β240V AC, 50/60Hz |
| AC Outlets | 4 Γ AC outlets; confirm regional outlet standard |
| AC Charging Input | 2500W max; 180β264V AC, 47β63Hz for the published 230V version |
| Solar / DC Input | XT60; 12β60V DC; 20A max; 1200W max |
| Solar Charging Technology | MPPT; channel count and combined-input limits require configuration confirmation |
| USB-C Output | 2 Γ PD 100W; 5V/9V/12V/15Vβ3A, 20Vβ5A |
| USB-A Output | 2 Γ 18W; 5Vβ3A, 9Vβ2A, 12Vβ1.5A |
| Car Socket Output | 12V / 10A, 120W |
| EPS Maximum Continuous Load | 3220W; separate from 6000W battery-mode AC output |
| EPS Transfer-Time Reference | β€10ms; not a zero-interruption guarantee |
| Charging Temperature | 0Β°C to 50Β°C |
| Discharging Temperature | β20Β°C to 60Β°C |
| Product Dimensions | 622 Γ 422 Γ 520mm |
| Net Weight | 65kg; plan loading, unloading and site access |
| Display | Battery level, input/output power and estimated remaining time |
| Electrical / Thermal Protection | Overcharge, over-discharge, overcurrent, short circuit and temperature protection |
| Water / Ingress Protection | No ingress-protection rating claimed on this page; confirm model-matched testing and operating instructions |
| Capacity Expansion | Confirm supported battery modules, connection method and maximum capacity before ordering |
| Standard OEM MOQ | 100 units |
Model-Matched Documentation
Review the Evidence for Your Destination Market
Share the destination market, requested AC configuration and your customer's documentation requirements. Ask for the M5003 datasheet, user manual and applicable compliance and lithium-battery transport documents for that supplied version.
Review model coverage, issuing or responsible party, document or report number, and version or validity where applicable. General factory qualifications and standard logos are not a substitute for evidence covering the product you plan to purchase.
Build for Your Brand and Market
Define the Customization Before the Quotation
Standard OEM MOQ starts at 100 units. Discuss logo, color and packaging first, then separate firmware, UI, connector and tooling changes into an engineering review.
For standard-platform projects, planning references are approximately 15 days for samples and 35β45 days for mass production after specifications and commercial terms are approved. Engineering changes, testing, tooling and material availability can affect the schedule; the confirmed quotation and production plan govern.
A two-year warranty is offered for distributor orders, subject to agreed terms. Confirm warranty coverage, start date and service procedures before ordering.
- 01
Define your market and load: destination, AC requirements, equipment list and estimated quantity.
- 02
Review the configuration: branding, engineering changes, input limits and required documentation.
- 03
Approve the sample and terms: validate the agreed specification and commercial requirements.
- 04
Confirm production and delivery: agree on packaging, handling, transport documents and the order schedule.
Choose the Right Platform
Not Sure M5003 Matches Your Project?
Send the required energy capacity, continuous and starting loads, backup mode, destination market and mobility requirements. Ask our team to review M5003 alongside the appropriate iForway platforms rather than selecting by peak output alone.
M5003 and M5002 are separate product platforms. Confirm the intended model and its own configuration; do not interchange their specifications or documentation.
Include M5003, your destination market and estimated order quantity in the same enquiry.
YOUR MARKET. YOUR CONFIGURATION.
Request a Configuration-Specific M5003 Quote
Send your destination market, estimated order quantity, AC requirements and equipment list. Include branding or engineering changes so the enquiry can be reviewed against the correct M5003 configuration.
BEFORE YOU SPECIFY
M5003 Procurement FAQ
01What are the M5003's battery capacity and continuous output?
The M5003 has 5017.6Wh of nominal battery capacity (51.2V / 98Ah), rounded to 5018Wh, and 6000W continuous pure sine wave AC output. The published battery chemistry is LiFePO4.
02Does 12kW peak mean 12kW continuous output?
No. The published peak output is 12kW, while continuous AC output is 6000W. Request the surge duration, load type and applicable test conditions before approving equipment with high starting current.
03What solar input does the M5003 support?
The published XT60 solar/DC input is 12β60V DC, 20A maximum and 1200W maximum, with MPPT support. Confirm the supplied input configuration and any combined-input limits; do not assume that multiple channels double the stated power limit.
04How fast can the M5003 charge from AC?
The published AC charging input is up to 2500W, with 180β264V AC and 47β63Hz input for the 230V version. A guaranteed full-charge time is not stated here; request starting and ending state of charge, temperature and input conditions for a charging-time claim.
05Can the M5003 supply 6000W in EPS mode?
Do not assume so. The published EPS maximum continuous load is 3220W, separate from the 6000W battery-mode AC output rating. The published EPS transfer-time reference is β€10ms, not a guarantee of zero interruption for every connected device.
06Which AC configuration is described on this page?
The published reference is 220β240V AC, 50/60Hz, with four AC outlets. Provide your destination market and required outlet standard so the exact supplied configuration can be confirmed before sample approval.
07How long can the M5003 power my equipment?
Runtime depends on connected power, duty cycle, starting demand, inverter losses, standby draw, temperature and battery condition. For illustration only, 5017.6Wh Γ an assumed 90% delivered-energy factor Γ· a constant 1000W load is about 4.5 hours. This is a calculation example, not a measured or guaranteed runtime.
08Can the M5003 be used in rain or wet conditions?
This page makes no water-ingress rating claim for M5003. Do not expose it to rain, splashing or wet conditions unless the supplied model's documented protection and operating instructions explicitly permit it. Electrical and battery-management safeguards are not a waterproof rating.
09Is the M5003 easy to carry?
The published net weight is 65kg and dimensions are 622 Γ 422 Γ 520mm. Wheels and a pull handle support repositioning on suitable surfaces, but do not make it a hand-carried lightweight product. Plan loading, unloading and safe site access.
10Can the M5003's battery capacity be expanded?
Ask for the configuration-specific expansion plan, including compatible battery modules, connector or cable requirements, firmware, maximum capacity and transport documentation. No expansion-module count or maximum expanded capacity is promised on this page.
11What is the standard OEM MOQ and customization scope?
Standard OEM MOQ starts at 100 units. Logo, color and packaging can be discussed first. UI, firmware, connector or tooling changes require engineering review, an agreed specification and confirmation in the quotation.
12What are the sample lead time, production lead time and warranty?
For standard-platform projects, planning references are approximately 15 days for samples and 35β45 days for mass production after specification and commercial approval. A two-year warranty is offered for distributor orders under agreed terms. The confirmed quotation, production plan and warranty agreement govern.
13Which documents should I request before ordering?
Request the M5003 datasheet, user manual, relevant model-matched compliance files and applicable lithium-battery transport documents for the supplied configuration and destination market. Confirm model coverage, issuing party, document number, version and validity where applicable; a general factory qualification is not product-specific approval.
14How is the M5003 different from a gasoline generator?
Battery-powered operation produces no combustion exhaust and needs no gasoline refueling or engine oil changes. Cooling fans can still make noise and ventilation remains necessary. Battery energy is finite and the unit needs recharging, so suitability depends on load, required duration and access to charging.
