What Makes Copper Essential to the Global Energy Transition

Copper is the metaphorical veins of the system when it comes to the Energy Transition. The world is moving away from fossil fuels, such as coal or oil, and on to solar, wind, and electric vehicles (EVs). Being a leading transmission of electricity, it cannot capture and distribute renewable energy without it. Therefore, it is also known as the Metal of Electrification.

For a deeper market perspective, see the copper market analysis.

Copper: The Heartbeat of a Greener Future

Copper is much more than an ancient coin metal or a kitchen cutlery. It is the unsung hero of the Green Revolution. As the world scurries to cut carbon emissions by all means, this reddish-brown metal plays an important role. The software of our future, should it be decarbonization, must have copper as the hardware. Its absence makes the dream of Net zero impossible.

1. The Nervous System of Renewable Energy

Solar panels and wind turbines consume large volumes of copper. Renewable energy systems require 5 to 12 times the amount of copper as compared to traditional fossil fuel-powered power plants.

• Solar power: A solar cell consists of copper wires. That thin sunlight creates electricity that is passed to the power grid.
• Wind Power: A large offshore wind turbine is made up of tons of copper. It gives an opportunity to conduct current between the generator, which is located up in the air, and the ground.

2. Copper on Wheels Electric Vehicles (EVs)

Battery and motor are the most important parts of an EV. The amount of copper consumed by a typical internal combustion engine car is about 2025 kg. Whereas, in an Electric Vehicle, more than 80 kg is used. Moreover, EV charging stations consist of the whole infrastructure that stands on copper.

Real Life examples: Copper at Work

• The Offshore Wind Boom in Europe

Huge wind farms in the North Sea are linked to the shore by thousands of miles of copper cables. Without this critical infrastructure, green energy would simply go to waste at sea instead of reaching those who need it.

• Smart City Push in India

India has been rapidly developing its fleet of electric buses and charging stations under schemes such as FAME-II. All the new charging plazas that are observed along highways today can only be operational due to heavy-duty copper wiring.

The Supply Challenge

As demand is soaring, copper mining has been lagging behind. The existing old mines are getting dry, and a new mine can be initiated, taking more than 10 years. This renders recycling a must and not a choice. Copper is a material that can be recycled, and the quality and performance remain unchanged.

Conclusion

Copper is the hardware of the worldwide energy transition. As the world transforms to renewables, copper is the material that any solar panel, wind turbine, and EV will be based on because it can conduct better than any alternative material. It is a hero of the circular economy since it can be recycled 100%, but the imminent threat of a supply gap is a serious problem. Finally, Net Zero cannot be made physically achievable without a huge and sustainable source of this reddish-brown metal.

FAQs

• Are there any cheap alternatives to copper present?
  • Technically, it is possible to use aluminum, which is less efficient. Copper is a better conductor of electricity, and therefore, there will be less energy that is wasted as heat. The people have no alternative to copper in space-constrained gadgets such as EV motors or smartphones.
• Why is copper referred to as the champion of the Circular Economy?
  • Copper is 100% recyclable. Approximately 30 percent and 35 percent of the world's demand now is being met using recycled copper. It is a metal that can be recycled many times without a loss in its quality, hence a very sustainable metal.
• Will there be a threat of a supply shortage of copper?
  • The Copper Gap is real. Analysts are forecasting a shortage of supply in 2030 due to the fact that the green conversions are bigger than the pace at which the new mines could be developed.
• How much energy does the transition increase the carbon footprint of copper?
  • Although the process of copper mining consumes a lot of energy, the Net Benefit of the process is enormous. The savings in carbon saved through the use of copper in solar panels and EVs, since it is highly efficient with minimal energy loss, are by far more than the emissions produced throughout the manufacturing process.