Movimento HF 
E-Rickshaw
As a flexible and economical means of transportation, electric tricycles are now widely used. It is also called E-Rickshaw or E-Tuktuk in South Asia and South East Asia. As an alternative to fuel tricycles, it has the characteristics of lower energy consumption, low noise, and no pollution.
Traditional electric tricycle solutions usually use batteries as the main energy supply, and this model has some obvious shortcomings.
First, the charging method of the battery is relatively slow and requires regular charging, which will affect the normal operation of the rickshaw.
In secondo luogo, the battery capacity is limited, which limits the cruising range and requires frequent charging, which affects the user’s travel experience. Inoltre, traditional e-rickshaw usually need to rely on mains power when charging, which not only increases operating costs but also limits charging flexibility.
Traditional Range Extender for E-rickshaw
In order to improve the battery range of e-rickshaws, range extenders specifically for electric tricycles have begun to appear on the market. Its actual product form is a gasoline electric generator, which uses the high energy density of gasoline instead some of the heavy batteries.
It is often used when the battery is low, or when there is insufficient power when climbing the slope or under heavy loads. The gasoline range extender solves the range anxiety of electric tricycles to a certain extent and extends the range. Allo stesso tempo, it avoids unable to drive when the battery is low, and can provide additional power under high load.
Tuttavia, the fuel consumption of the gasoline range extender is 0.4L/KWh, and its energy consumption cost cannot be ignored. Inoltre, the emission of gasoline electric generators does not comply with automobile emission standards, and exhaust pollution is relatively serious. This goes against the original intention of electric tricycles to save energy and reduce emissions. The purchase cost of a gasoline range extender reaches 1/3 of that of an electric tricycle, which is also a considerable expense for users.
E-Hybrid Solar Range Extender: Innovation in Solutions
Today, with the continuous development of new energy technologies, faced with the challenges of these traditional solutions, the advent of solar range extenders has brought revolutionary changes to e-rickshaws. This innovative technology not only improves rickshaw performance and range, reduces operating costs, but also solves the limitations of traditional solar systems, opening up new prospects for sustainable transportation and clean energy.
The design of the E-Hybrid solar range extender focuses on the shortcomings of traditional solutions and provides a series of targeted solutions. It is eye-catching for its unique hybrid energy input mode and multi-scene drive system.
Its core technology is that solar energy can directly drive the motor of the tricycle, and the system can adjust the battery output in real-time and automatically supplement according to changes in real-time solar power.
Perciò, automatic adjustment and seamless operating states such as direct solar drive, hybrid solar and battery drive, and solar charging can be achieved.
E-Hybrid solar range extender is easy to use by plug in with the motor controller and battery. The user can use with the local solar panel and battery with the suggested parameters. And also can source the solar panel and battery from us.
Characteristics and Advantages
Its operating status has the following characteristics and advantages:
Solar power direct drive: Breaking through limitations and extending battery life
When the solar power is greater than the load, the motor is driven directly by the solar energy without going through the battery. This technology breaks through the limitation of the traditional solar system that the battery must be charged before driving the rickshaw, effectively reducing the number of battery charge and discharge cycles and extending the service life of the battery.
Dynamic adaptation: Stable output, continuous power
When solar power is insufficient, the E-Hybrid system can use solar energy and batteries to drive the motor in a parallel mode. The battery output power will be adjusted according to real-time changes in solar power to keep the total output power stable and avoid e-rickshaw performance degradation caused by insufficient solar energy, such as deceleration and inability to climb slope.
Intelligent charging: Maximize the use of solar energy and extend battery range
The solar range extender also plays an important role when parking. Solar energy focuses on charging the battery, when the rickshaw is stopped, it uses solar energy to increase the battery power. This intelligent charging mode greatly extends the battery range of the e-rickshaw.
Self-sufficiency: Say goodbye to dependence on mains electricity, save energy and protect the environment
This technology relies little on mains power for charging and is self-sufficient through solar energy. This not only avoids the trouble of being unable to charge due to conditions, but also saves the electricity expenses required for charging, fundamentally reducing dependence on the traditional power grid.
Multi-mode operation, adaptable to multiple scenarios
The operating mode of the solar range extender is also adapts to various sunlight conditions, ensuring the normal driving of the E-rickshaw in different time and weather. This new energy solution is redefining the future of electric tricycles and contributing to clean and efficient urban transportation.
The E-Hybrid solar range extender is not just a technology, but a multi-mode operating system. Regardless of sunny days, cloudy days, mornings, evenings, or even nights and rainy days, the e-rickshaw can maintain normal driving under various sunlight conditions. This provides greater convenience and reliability for the use of e-rickshaws. Operating modes in different scenarios:
On sunny days with sufficient sunlight, solar energy directly drives the motor. Battery no output and not charging.
When there is a large load, solar energy and batteries drive the motor in a parallel mode.
In the morning, sera, or on cloud days, when there is insufficient sunlight, solar energy and batteries will drive the motor in a parallel mode.
On sunny days, when the e-rickshaw is stopped, solar energy charges the battery only.
Di notte, on rainy days, the battery drives the motor.
The Future Outlook Behind Technology
The emergence of solar range extenders not only improves the performance of electric tricycles, but also promotes the wider application of clean energy in the transportation field. With the continuous evolution of technology and the deepening of its application, E-Hybrid solar range extenders will become an important part of the future transportation field and make greater contributions to sustainable transportation and clean energy.
This innovative technology also brings unlimited possibilities for future development. As solar technology continues to advance and costs further reduce, it is expected that solar range extenders will be more widely used and may be promoted on other types of electric vehicles, bringing more environmentally friendly and efficient solutions to the entire transportation field.
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