As a leading provider of off-grid photovoltaic and energy storage system solutions, ALP Technology has carefully developed a solar power system for E-Tricycles leveraging years of technical accumulation and practical experience in the photovoltaic field. This solar panel system is specially designed for E-tricycles, aiming to provide stable and clean energy supplementation for electric tricycles through efficient solar energy conversion and storage technologies. It effectively addresses issues such as short battery life and reliance on mains electricity charging in traditional electric tricycles, while delivering a more economical and convenient travel experience to users.
Components of Solar Power System For E-Tricycle
The solar power system for E-tricycle is mainly composed of high-efficiency monocrystalline silicon solar panels, an intelligent MPPT solar boost charging controller, a high-capacity lithium iron phosphate battery pack, and matching mounting brackets and connecting cables.
Solar panels are made of high-quality monocrystalline silicon, featuring high conversion efficiency, excellent low-light performance, and strong impact resistance. They can efficiently capture sunlight and convert it into electrical energy.
The intelligent MPPT solar boost charging controller can track the maximum power point of the solar panel in real-time, ensuring maximum electrical energy collection. Meanwhile, it precisely manages the charging and discharging of the battery pack to effectively extend the battery lifespan.
The high-capacity lithium iron phosphate battery pack offers advantages such as high energy density, long cycle life, high safety, and excellent low-temperature performance. It can efficiently store the collected electrical energy and provide continuous, stable power support for electric tricycles.
The mounting bracket is made of high-strength aluminum alloy, featuring a lightweight design, durability, and flexible installation. It can be adapted and installed according to the structure of different electric tricycles.
General Parameters
| Type | ALP Tricycle-100 | |
| Solar Panels | 150/210/360W | |
| Deployment | Mannual or Hydraulic | |
| PV Input Voltage | 36V | |
| MPPT Input Voltage | 12-50V | |
| MPPT Power | 450W | |
| Reverse Connection Protection | The fuse will blow if the storage battery is connected reversely. | |
| Over-charge Voltage | 56V(48V) / 70V(60V) | |
| Overall Efficiency | >90% | |
| Operating Temperature | -20℃~55℃ | |
| Protection Degree | IP30 | |
| Dimension | 150W:1100*670mm; 210W:1530*670mm; 360W:1960*870mm | |
| Options | Battery | |
Key Features
Efficient Energy Conversion
The high-efficiency monocrystalline silicon solar panel boasts a conversion efficiency of over 23%. It can efficiently absorb solar energy and convert it into electrical energy under varying lighting conditions, significantly improving energy utilization efficiency.
Intelligent Charging And Discharging Management
The integrated intelligent MPPT charge-discharge controller features advanced maximum power point tracking technology, enabling real-time optimization of charging efficiency. It also incorporates multiple protection functions, including overcharge, over-discharge, short circuit, and overload protection, to ensure the safe and stable operation of the system.
Flexible And Convenient Installation
The accompanying mounting bracket features a rational design, making the installation process simple and hassle-free. There is no need for large-scale modifications to the electric tricycle, allowing the system to be quickly installed and debugged. It is compatible with electric tricycles of various brands and models.
Energy-saving, Environmentally Friendly, And Economical
By harnessing solar energy for power-eliminating reliance on grid electricity-it not only reduces traditional energy consumption and carbon emissions but also saves users substantial electricity costs, delivering significant energy-saving, environmental, and economic benefits.
Application Scenarios
Urban and Rural Short-distance Transportation
For users engaged in urban-rural cargo transportation, express delivery, waste recycling, and other industries, this system can provide sufficient range support for electric tricycles, reduce mid-journey charging time, and improve transportation efficiency.
Daily Travel
When ordinary family users use electric tricycles for daily commuting, picking up children, shopping, and other activities, the system can utilize daytime parking periods to charge the vehicle. This meets the energy needs of daily travel without requiring frequent trips to charging stations.
Scenic Area Tours
After installing this system, electric sightseeing tricycles or patrol tricycles used in scenic areas, theme parks, industrial parks, and other locations can be charged using outdoor sunlight. This reduces operating costs while promoting eco-friendly operational practices.
Agricultural and Rural Use
When rural users utilize electric tricycles for farmland work, agricultural product transportation, and other activities, the system can adapt to rural environmental conditions, provide stable energy for the vehicle, and address the issue of inconvenient charging in rural areas.
Why Choose ALP's Solar Panel System For E-Tricycle
Improve Endurance: The solar power system can continuously charge the battery pack while the electric tricycle is driving or parked, significantly extending its range. This addresses travel anxiety caused by insufficient endurance and meets users' long-distance travel needs.
Reduce Usage Costs: Utilizing free solar energy for charging reduces reliance on grid electricity, and long-term use can significantly lower users' charging expenses. Additionally, each component of the system is reliable in quality, with a low failure rate and minimal maintenance costs, further reducing users' overall usage costs.
Enhance Usability Convenience: There is no need to frequently search for grid charging sockets-charging can be achieved wherever there is sunlight. It is particularly suitable for use in rural areas, suburbs, and other regions with underdeveloped charging infrastructure, offering great convenience to users.
Adapt To Complex Environments: Solar panels have excellent weather resistance and can operate stably in complex conditions such as high temperatures, low temperatures, humidity, and dusty environments. This ensures the system functions normally under various climatic conditions.
Protect The Battery And Extend Its Lifespan: The intelligent charge-discharge controller can precisely control the battery's charging and discharging process, preventing overcharging and over-discharging. This effectively protects the battery, extends its service life, and reduces the frequency of battery replacement.
Packaging And Delivery
1. Packaging Standards
Our solar power system is packaged in corrugated boxes. Inside, cushioning materials such as pearl cotton and foam boards are used to independently wrap and secure each component, while external wooden frames provide additional reinforcement. This ensures no component will be damaged by impact or extrusion during transportation. The outer packaging displays the product name, model, specifications, weight, quantity, and warning symbols (including "moisture-proof," "shock-proof," and "this side up") to facilitate identification and handling during transportation and storage.
2. Delivery Process
* Order processing: Confirm customer order information (product, quantity, address, payment, etc.), and check whether the inventory is sufficient.
* Picking and packing: Pick the corresponding products from the warehouse, pack them according to the packaging standards, and affix the express delivery label.
* Logistics docking: Contact the cooperative express/logistics company, hand over the package, obtain the logistics order number, and synchronize it with the customer.
* Transportation tracking: Track logistics information in real-time, and handle any abnormalities (such as delays and damage) promptly.
3. After-sales Service
* Return and exchange service: When the return and exchange policy is met (such as quality problems, wrong delivery, or missing delivery), assist customers in handling returns and exchanges, and bear the corresponding shipping costs (such as due to the merchant).
* Product consultation: Answer customers' questions about product use, maintenance, functions, etc., and provide usage instructions or instructions.
* Problem handling: Handle product quality problems and logistics problems (such as loss and damage) reported by customers, and negotiate solutions (such as reissue, repair, and refund).
* After-sales follow-up: Follow up on resolved issues, collect customer feedback, and improve service quality.
* Warranty service: For products with a warranty period, provide free repair or replacement of parts (by the warranty terms).
ALP Technology has always been committed to providing users with high-quality solar power system solutions for electric tricycles. We bring a new energy experience to the majority of electric tricycle users, promote green travel, and contribute to building a sustainable future of energy conservation and environmental protection. If you have any product inquiries or procurement needs, please feel free to contact us-we will serve you wholeheartedly.
