Are Copper Resources Sufficient To Achieve Energy Transition

Copper has a long history, literally, it even has an era named after itself. The history of copper can be traced back to 4500 BC to 3500 BC. As early as that time, humans had begun to use copper to make agricultural, production tools and simple weapons. Then, someone accidentally mixed tin and copper and discovered a material that was stronger than copper-and the Bronze Age was born. Of course, copper is still the main component in this alloy material.

Copper's influence continues to be strong over the centuries. Its good ductility made it a material for ancient Egyptian water pipes and was widely used in heating and heating systems; its excellent electrical conductivity (second only to silver) made it the preferred conductor in electrical wiring systems and a key material for power generation equipment. Such as Electrical Bus Bar, Copper Cap, Stamping Copper Sheet, and also provide support for solar heating, large-scale seawater desalination facilities and electric motor innovative equipment.

In this era of rapid change, we are facing a transition from a traditional energy structure dominated by fossil fuels to new renewable energy sources, which has greatly affected the demand and use of copper. Fundamentally, more and more copper will be needed in the future.

New energy power generation technologies, especially wind energy, ocean energy and solar installations - are all industries with very intensive demand for copper. In many products, such as Silver Plated Brass Terminal and Tin Plated Copper BusBar for EV, there is a huge demand for copper. At the same time, the transformation of the energy system also requires increased investment in the construction of power transmission and distribution infrastructure, which further increases the amount of copper used, such as in transmission grids, transformers, power electronic equipment and cross-border transmission lines. Lots of copper. In the next few decades, copper will be widely used in various new energy fields. For example, a typical ordinary electric car contains 50 to 60 kilograms of copper, while a traditional car powered by an internal combustion engine contains about 20 kilograms of copper.

The total amount of available copper is calculated based on the two concepts of reserves and resources. Reserves refer to the part that has been discovered, evaluated, and has profit value. The current copper reserves are approximately 720 million tons. The amount of copper resources is even greater, including not only the resource reserves that have been discovered, but also some mineral reserves that have yet to be further discovered by geological exploration. It is expected that the total amount of this part will exceed 5 billion tons. In addition, current and future resource development opportunities will increase copper reserves and resources. Copper, as a major asset of the metal itself - 100% recyclable - will play a huge role in the energy transition. Products like Ground Bus Bar, Distribution Box Copper Busbar, etc. are all recyclable.

Although energy use is facing transformation and upgrading, and the demand for copper continues to rise, the overall amount of copper resources on the earth and the 100% recyclability of copper have clearly shown that whether it is at this stage or in the near future, its The quantity is very sufficient. Of course, every metal faces challenges. As a commodity, copper already has a very solid value industry chain and recycling industry chain. It is very sustainable and continues to improve as technology advances.

Xiamen Apollo Stamping Welding Technology Co., LTD focuses on the production, R&D and sales of new energy electric vehicle battery copper bar connections, braided copper bar, copper foil busbars, soft copper bar connections, cable connections and insulating protective sleeves. The products comply with EU environmental protection and ISO9001 management system certification requirements.