The shift to electric transportation is not just a matter of replacing gasoline with electricity. For vehicle and parts manufacturers, it represents a significant challenge in design and production. Adopting a circular economy is becoming the foundation for ensuring that electric vehicles (EVs) are truly environmentally friendly from production to the end of their lifecycle [3].

In the Philippines, the growth of this industry is guided by the Electric Vehicle Industry Development Act (EVIDA), which aims to make the country a hub for innovation [1]. Implementing this principle requires careful planning across every part of the supply chain.

A robotic arm carefully installs copper windings inside a modern, high-tech electric vehicle motor. — Image created by AI

The importance of design for circularity

A true circular economy begins at the design stage. Manufacturers are now utilizing modular designs for motors and power electronics. Through this approach, it is easier to disassemble parts when they need to be repaired or recycled [5].

The modular approach allows companies to replace only defective parts instead of discarding the entire system assembly. This directly contributes to reducing waste in landfills. Such a system is essential for local manufacturers who want to compete with global standards [4].

Green metals and the local supply chain

The Philippines is rich in the minerals needed for EV production. The Board of Investments (BOI) is actively promoting a “Green Metals Strategy” to increase the value of our nickel and copper [2]. These metals are critical in the production of motor windings and cables.

Under the circular model, old motors are no longer considered waste. Instead, they serve as secondary sources of raw materials. Recovering copper and aluminum from phased-out vehicles reduces the demand for mining [3].

Implementing extended producer responsibility

The development of electric vehicle batteries with high recyclability from the design stage is only one part of the solution. The Extended Producer Responsibility (EPR) Act obligates manufacturers to manage the end-of-life of their products [1]. This means companies are responsible for recycling electronic components and batteries.

This system encourages manufacturers to build stronger relationships with recycling facilities. An effective collection system for old electric vehicle batteries is crucial to ensure that hazardous materials do not harm the environment [5].

Second-life applications for parts

Not all parts that are no longer suitable for a vehicle need to be destroyed immediately. Many components, especially batteries and power electronics, can be repurposed. These become stationary energy storage systems for solar farms or wind power projects [4].

Such “second-life” applications extend the service life of materials. It is a smart way to maximize the utility of every piece of technology. Local companies are already seeing opportunities in developing these solutions for off-grid communities [3].

Technology and innovation in manufacturing

The Philippines is known for manufacturing semiconductors and electronics. This capability is now being applied to the production of motor drive controllers and power inverters. The use of digital technology to track the lifecycle of parts is also becoming standard [5].

Through data analytics, it is easier to predict when a part needs maintenance or recycling. This innovation increases production efficiency. Manufacturers using this technology are better prepared for the challenges of the modern market [4].

Challenges and opportunities in the future

Although the potential is great, the industry still faces challenges. These include the high cost of setting up recycling facilities and the need for more skilled workers. Nevertheless, government support provides a clear direction for investors [2].

Collaboration between sectors is key to the success of the circular economy. As the EV industry continues to grow, companies must be open to new methods. Embracing circularity is not just for the environment, but also for long-term profitability and business growth [1].

More Information

  1. EVIDA Law (RA 11697): The primary law in the Philippines that sets policies and incentives for the development of the electric vehicle industry and the reduction of transportation pollution.
  2. Green Metals Strategy: A government strategy to increase the value of local minerals such as nickel and copper through more advanced processing for EVs.
  3. Circular economy: An economic system that aims to reduce waste and reuse materials through the repair, recycling, and remanufacturing of products.
  4. Second-life application: The use of vehicle parts, such as batteries, for other purposes after they are no longer suitable for vehicle operation.
  5. Modular design: A method of manufacturing products where parts are easily disassembled, replaced, or upgraded without needing to discard the entire system.