Supporting Sustainability Goals and Reducing Carbon Footprint

Powering the Shift to Low-Carbon Urban Transport

With the acceleration of urbanization and the rapid development of the delivery and passenger transportation sectors, transportation demand is increasing, and carbon emissions are a growing concern. Traditional fuel vehicles not only contribute to air pollution but also exacerbate global carbon emissions. Governments around the world have introduced sustainable development goals and carbon reduction policies, such as carbon neutrality and carbon peak targets, placing higher demands on businesses to operate in a greener manner.

In this context, businesses urgently need to find viable green energy solutions that meet the needs of efficient operations while reducing environmental impact and promoting long-term sustainable development. TYCORUN's one-stop battery swap solution aligns with the needs of green transportation and efficient business operations, helping customers reduce costs and achieve higher returns, while strengthening their green and carbon-reducing corporate image.

Carbon Emissions from Traditional Fuel-Powered Vehicles

Carbon emissions from traditional fuel vehicles are primarily manifested in the following areas

Direct tailpipe emissions of CO₂ and other pollutants

When gasoline is burned, fuel vehicles directly emit pollutants such as carbon dioxide, carbon monoxide, nitrogen oxides, and particulate matter, impacting urban air quality and public health.

Low thermal efficiency of internal combustion engines

Internal combustion engines typically have a thermal efficiency of only around 25%–30%. This means that over 70% of the fuel's energy is lost as heat, resulting in inefficient energy utilization and high carbon emissions per kilometer traveled.

Advantages of Battery Swap Systems in Reducing Carbon Footprints

TYCORUN’s battery swap solution not only provides a green energy alternative by switching from gasoline to electricity, but also enhances durability while reducing environmental pollution through vehicle modifications. It also extends driving range through a lightweight body design. Furthermore, a backend management system enables paperless management of vehicles, battery swap cabinets, and batteries, further reducing the carbon footprint.

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Discover Key Solutions in the Process

When gasoline is burned in a gasoline vehicle, a large amount of high-temperature, high-pressure gas is generated to drive the piston. These gases push the piston downward in the cylinder, converting thermal energy into mechanical energy. This process involves numerous energy transfer links, resulting in significant energy losses and incomplete combustion, which can directly emit various pollutants.

High Energy Conversion Efficiency

In contrast, electric vehicles convert battery energy directly into mechanical energy by driving the motor, a more direct and efficient conversion process. Taking Terra in Dubai as an example, the use of our battery-swap scooters can reduce CO2 emissions by approximately 1,260 tons annually.

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Lightweight Battery and Vehicle Design

Our lightweight vehicles are equipped with two high-energy-density batteries, resulting in a lighter battery for the same capacity. This significantly reduces energy consumption during transportation or delivery, lowering carbon emissions per kilometer, while helping businesses save energy costs and achieve efficient resource utilization.

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Low-Power Battery Swap Cabinet Control System

Our battery swap cabinets utilize a proprietary intelligent cabinet control system that activates air conditioning and heating only when the temperature reaches a critical point. Furthermore, the cabinets can integrate solar charging to provide green power for the batteries, reducing reliance on the traditional power grid and effectively lowering their carbon footprint.

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Efficient and Reasonable Battery Swap Cabinet Layout

Leveraging six years of overseas battery swap experience, we provide clients with targeted battery swap cabinet layout solutions to ensure riders can access batteries within the shortest possible route. By integrating back-end battery swap data, we can further optimize the battery swap cabinet layout to minimize energy waste.

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Efficient Battery Management and Predictive Maintenance

The advanced battery management system provides early warnings for abnormal battery conditions, such as high temperature and smoke. Each slot is equipped with an aerosol fire extinguisher to promptly address any anomalies and prevent battery damage. In the event of water level abnormalities, the battery swap cabinet automatically shuts down and issues a reminder, allowing operations and maintenance personnel to promptly replace and repair the battery, thereby reducing product scrap rates.

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Digital Management Platform

The digital platform enables paperless management. Customers can manage battery swap cabinets, orders, financial settlements, package management, and battery swap records in the backend, eliminating the need for additional paper records. This reduces paper and printing consumption, directly reducing carbon emissions from papermaking, printing, and related logistics processes, and embodying the company's green operations philosophy.

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Enabling Clients to Access Subsidies and Green Financing Opportunities

Against the backdrop of global carbon neutrality and carbon peak targets, many countries and regions have introduced policies supporting new energy vehicles and battery swap infrastructure development. By adopting our battery swap system, our customers can not only significantly reduce carbon emissions during operations but also more easily meet policy requirements and qualify for government green subsidies and preferential policies.

For example, Saudi Arabia's "Vision 2030" explicitly sets goals such as developing new energy, reducing the economy's dependence on oil, and building smart cities. Promoting electric vehicles (including two-wheelers) is a key component of these goals. India launched the Electric Mobility Promotion Scheme (EMPS) in April 2024, providing subsidies of 5,000 rupees per kilowatt-hour for electric two-wheelers, with a maximum subsidy of 10,000 rupees per vehicle. In 2023, the Indonesian government began offering subsidies of up to 7 million rupiah to support the purchase of eligible electric motorcycles.

At the same time, with the development of green finance, banks and investment institutions are increasingly supporting projects related to clean energy and low-carbon transitions. Battery swap systems, with their advantages in carbon emission reduction, can serve as an important basis for clients to apply for green loans or obtain financing incentives. We will also assist clients with applications and provide relevant documentation.

Sustainability Efforts in the Manufacturing Process

In addition to vehicle and battery swap operations, green practices at the factory level are also an important component of TYCORUN's support for sustainable development goals.

Automated Assembly and High-Precision Manufacturing

The use of automated equipment in the production and assembly of batteries, battery swap cabinets, and vehicle components improves precision, reduces operational errors, and thus reduces scrap rates. Reduced scrap rates mean less raw material consumption and energy waste.

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High-Precision Cutting

High-precision processes such as laser cutting or automated cutting reduce scrap and material waste, lowering energy consumption during raw material production and processing, and reducing the carbon footprint.

Waste Disposal

Exhaust gases and liquids generated during the production process are filtered, recycled, or chemically neutralized to reduce corrosiveness and toxicity, ensuring compliance with emission standards.

Extended Equipment Lifespan

The factory utilizes high-quality materials and precision manufacturing processes to extend equipment lifespan, reduce equipment scrapping, and thus reduce energy consumption and carbon emissions associated with manufacturing, achieving sustainable production.

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By adopting the TYCORUN battery swap system, businesses can not only significantly reduce carbon emissions during operations and achieve green and efficient energy utilization, but also enjoy improved operational efficiency and higher revenue, achieving a win-win situation for both economic and environmental benefits. Send us a message using the form below—we’ll get back to you shortly