Solar LoRaWAN Asset Tracker Manufacturer | Long-Life GPS Tracking for Remote Equipment

A Solar LoRaWAN Asset Tracker provides long-term location monitoring for trailers, containers, construction equipment, agricultural machinery and other valuable outdoor assets. By combining GNSS positioning, low-power LoRaWAN communication and solar charging, the device can reduce manual charging requirements and support deployments in remote areas where cellular coverage or grid power is unavailable.

Shenzhen Jinshengchang Technology Co., Ltd. provides customizable solar-powered asset-tracking solutions, including tracking devices, LoRaWAN gateways, embedded firmware, network servers, the lora8 IoT platform, Android and iOS applications, API integration, prototype development and mass production.

The solution can be configured as LoRaWAN-only or as a hybrid LoRaWAN and 4G tracker according to the asset’s movement range, available network coverage and required reporting frequency.

What Is a Solar LoRaWAN Asset Tracker?

A solar LoRaWAN asset tracker is a wireless IoT device that uses a solar panel to recharge or supplement its internal battery. It determines the asset’s location through GPS, BeiDou or multi-constellation GNSS and sends location and status data to a LoRaWAN gateway.

The tracker can report:

• GPS or BeiDou coordinates
• Date and time
• Battery level
• Solar charging status
• Movement events
• Geofence violations
• Device removal or tamper events
• Strong vibration or impact
• Low-battery alarms
• Optional temperature and humidity data

After receiving the data, the LoRaWAN gateway forwards it to a cloud or private server through Ethernet, Wi-Fi, 4G or another available backhaul connection.

Users can then monitor their assets through the lora8 Web platform, mobile application or an API integrated with their own ERP, WMS, fleet-management or IoT system.

Why Add Solar Charging to a LoRaWAN Asset Tracker?

Many industrial assets remain outdoors for months or years. A conventional battery-powered tracker may eventually need to be removed, opened or recharged, increasing maintenance costs and interrupting tracking.

Solar charging can extend operating time by replenishing part of the energy consumed by GNSS positioning, LoRaWAN transmission and sensor operation.

It is especially valuable for:

• Trailers parked outdoors
• Shipping containers and mobile storage units
• Excavators and construction machinery
• Tractors and agricultural equipment
• Irrigation machines
• Mining equipment
• Remote generators
• Boats and outdoor marine assets
• Railway maintenance equipment
• Rental machinery

Solar power does not guarantee unlimited operation. Actual energy performance depends on panel size, installation angle, sunlight duration, weather, dirt accumulation, battery condition, reporting frequency and operating temperature.

A reliable project should calculate the complete energy budget before defining the solar panel and battery capacity.

Jinshengchang Asset-Tracking Product Foundation

Jinshengchang currently provides a LoRa asset tracker for industrial assets with LoRa, 2G and 4G communication options, GPS positioning, magnetic mounting and a rechargeable 10,000mAh battery.

The listed configuration measures 74 × 41 × 34mm and supports functions such as removal alarms, overspeed alerts, cloud data storage, PC-platform access and mobile application monitoring.

For solar projects, Jinshengchang can customize this product foundation or develop a new enclosure and PCB according to the required solar panel, battery, mounting method and waterproof rating.

Available asset-tracking solutions include:

• Solar-powered LoRaWAN GPS trackers
• Magnetic LoRa GPS asset trackers
• Hybrid LoRaWAN and 4G trackers
• Construction equipment GPS trackers
• Agricultural machinery trackers
• Trailer and container trackers
• Smart GPS container locks
• LoRaWAN livestock collars and ear tags
• Personnel tracking badges
• Custom LoRaWAN PCB and firmware
• Outdoor and solar-powered LoRaWAN gateways
• lora8 platform and API integration

Reference Specifications

The final specifications should be determined according to the operating environment and project requirements.

Long-Range LoRaWAN Communication

LoRaWAN is designed for the long-range transmission of relatively small data packets with low power consumption. It is suitable for private industrial sites where a customer can deploy one or more gateways to create independent network coverage.

Unlike cellular trackers, a LoRaWAN tracker does not necessarily require an individual SIM card and monthly mobile-data subscription. Multiple devices can communicate through shared gateways.

This makes the system suitable for:

• Large farms
• Construction sites
• Mines
• Industrial parks
• Ports and container yards
• Warehouses
• Solar farms
• Remote equipment stations

Actual LoRaWAN range depends on gateway height, terrain, buildings, metal obstacles, antenna design, spreading factor, regional frequency regulations and radio interference. A site survey should be completed before large-scale deployment.

GPS, BeiDou and Multi-GNSS Positioning

The tracker can use GPS, BeiDou or multi-constellation GNSS to determine the outdoor location of an asset.

The lora8 platform can display:

• Current asset location
• Historical routes
• Last communication time
• Battery percentage
• Movement status
• Alarm history
• Geofence status
• Device online or offline condition

GNSS needs sufficient satellite visibility. Inside warehouses, metal containers or underground facilities, GPS signals may become weak or unavailable.

For indoor or mixed environments, Jinshengchang can integrate supplementary technologies such as Bluetooth beacons, Wi-Fi scanning or LoRa-based zone identification.

Intelligent Power Management

A successful solar asset tracker requires more than connecting a solar panel to a battery. The hardware and firmware must manage every source of energy consumption.

Jinshengchang can implement power-saving strategies such as:

Scheduled reporting

The tracker obtains and uploads its position at predetermined intervals. Longer intervals reduce energy consumption.

Movement-triggered tracking

An accelerometer detects when the asset begins to move. The device can increase its reporting frequency during movement and return to low-power mode after the asset stops.

Alarm-triggered communication

The tracker can send an immediate uplink when it detects unauthorized movement, removal, impact or a geofence violation.

Adaptive GNSS acquisition

The firmware can change the GNSS acquisition duration according to satellite conditions, movement state and the age of the previous location.

Remote parameter configuration

Reporting intervals, alarm thresholds and operating modes can be adjusted remotely, subject to the selected LoRaWAN downlink and platform configuration.

The correct strategy balances position freshness, alarm response, solar energy input and required operating time.

Geofence and Unauthorized Movement Alerts

A geofence is a virtual boundary created around a construction site, farm, warehouse, mine, port or equipment yard.

When the tracked asset crosses the configured boundary, the platform can generate an alert. This helps managers identify:

• Unauthorized equipment removal
• Trailer departure
• Container movement
• Rental-asset misuse
• Machinery entering a restricted zone
• Agricultural equipment leaving the designated area

The tracker can also use its motion sensor to detect movement while the GNSS module is sleeping. This allows rapid event detection without keeping the high-consumption positioning module continuously active.

Solar LoRaWAN Tracker Applications

Construction equipment

Install trackers on excavators, generators, compressors, cranes, lifting equipment and high-value tools. Movement and geofence alerts can help detect unauthorized removal outside normal working hours.

Agricultural machinery

Monitor tractors, harvesters, irrigation equipment, water tanks and agricultural trailers across large farms. A private LoRaWAN network can provide coverage where mobile service is weak.

Trailers and mobile assets

Trailers often remain outdoors and may not have a permanent power supply. A solar-powered tracker can maintain battery charge while providing scheduled positions and movement alerts.

Containers and logistics equipment

Track reusable containers, mobile storage units and logistics equipment inside ports, depots and industrial parks. For applications requiring access control, the system can be combined with a smart GPS lock or electronic seal.

Mining machinery

Mining sites are often remote and may lack reliable public communication infrastructure. Solar LoRaWAN gateways and asset trackers can create a private tracking network for distributed equipment.

Rental equipment

Rental businesses can use location history, geofences, movement alarms and battery information to monitor equipment utilization and reduce loss.

Boats and outdoor marine assets

Solar tracking can be evaluated for small boats and other equipment exposed to sunlight. The enclosure, salt-spray resistance, antenna placement and waterproof structure must be designed specifically for the marine environment.

Solar-Powered LoRaWAN Gateway Integration

Asset trackers require suitable LoRaWAN gateway coverage. For areas without grid power or fixed internet, Jinshengchang can integrate solar-powered outdoor gateways with 4G or other backhaul options.

The Milesight UG67 outdoor LoRaWAN gateway available through Jinshengchang features:

• IP67-rated outdoor enclosure
• SX1302 LoRa chip
• Embedded network server
• International LoRaWAN frequency support
• Multiple network backhaul options
• Outdoor industrial deployment

A project may use fixed gateways in warehouses and factories, solar-powered gateways in remote fields, or a combination of both.

LoRaWAN Versus 4G for Solar Asset Tracking

LoRaWAN and 4G serve different operating requirements.

For assets that normally remain on a private site but occasionally travel outside it, a hybrid LoRaWAN and 4G model may be the best option.

lora8 IoT Asset-Management Platform

The lora8 platform connects trackers, gateways, users and business systems in one management environment.

Available platform functions can include:

• Real-time location display
• Historical route playback
• Multiple geofences
• Movement and tamper alarms
• Solar-charging and battery monitoring
• Device grouping
• Equipment status management
• User accounts and permission levels
• Android and iOS applications
• Multilingual interface
• API integration
• Private-server deployment
• Support for large-scale device access

Customers can use the standard lora8 platform or request customized branding, functions, maps, reports and interfaces.

OEM and ODM Development

Jinshengchang provides complete OEM and ODM services for solar LoRaWAN tracking projects.

Development services include:

• Project-requirement analysis
• LoRaWAN PCB design
• GNSS module selection
• Solar-panel and battery evaluation
• Power-management circuit development
• Antenna design and RF optimization
• Low-power firmware development
• Waterproof enclosure design
• Magnetic or fixed mounting development
• Sensor integration
• LoRaWAN gateway deployment
• Network-server configuration
• Web platform and APP customization
• API and communication-protocol development
• Prototype production
• Environmental and field testing
• Certification assistance
• Branded packaging and mass production

Before mass production, the prototype should be tested for LoRaWAN coverage, GNSS performance, solar-charging efficiency, waterproofing, operating temperature and long-term power balance in the real installation environment.

Information Required for a Quotation

To prepare an accurate technical proposal, please provide:

1. Type and size of the assets
2. Country and LoRaWAN frequency band
3. Indoor or outdoor operating environment
4. Daily sunlight conditions
5. Required location-reporting interval
6. Expected battery autonomy without sunlight
7. Required waterproof or impact rating
8. Installation and mounting method
9. LoRaWAN-only or hybrid LoRaWAN/4G communication
10. Required alarms and sensors
11. Gateway coverage area
12. Platform, mobile APP and API requirements
13. Prototype quantity
14. Estimated mass-production quantity

This information allows the engineering team to select an appropriate solar panel, battery, enclosure, antenna, firmware strategy and network architecture.

Why Choose Jinshengchang Technology?

Shenzhen Jinshengchang Technology Co., Ltd. has 13 years of experience in GPS tracking hardware, embedded firmware, communication protocols and IoT platforms.

Our capabilities include:

• In-house hardware and firmware R&D
• LoRa, LoRaWAN, GPS, BeiDou, RTK and 4G technologies
• Solar-powered trackers and gateway solutions
• Industrial waterproof enclosure development
• Independent lora8 IoT platform
• Android, iOS and Web monitoring
• OEM and ODM customization
• API and private-server integration
• Prototype and mass-production services
• ISO 9001 manufacturing management
• International technical support and delivery

Jinshengchang can provide the complete solution—from a LoRa industrial asset tracker and outdoor gateways to the cloud platform, mobile application and customer-system integration.

Contact Jinshengchang

If you need a Solar LoRaWAN Asset Tracker, a solar GPS tracker, a hybrid LoRaWAN/4G device or a complete remote equipment-management solution, send us your project specifications and estimated order quantity.

Company: Shenzhen Jinshengchang Technology Co., Ltd.
Brand and IoT platform: lora8
Website: www.lora8.net
Email: 397017470@qq.com
WhatsApp: +86 134 8088 1974
Telephone: +86 134 8088 1974 / +86 177 2242 0256

Jinshengchang can provide solar asset trackers, LoRaWAN gateways, network servers, the lora8 platform, mobile applications, API integration, prototype development and mass production as one complete solution.