March 14, 2024
Powering the future: how the humanoid robot boom is reshaping the lithium battery industry
With the rapid development of artificial intelligence and robotics, humanoid robots have gradually become one of the important development directions of the global technology industry. Tesla, Xiaomi, GAC, BYD and other companies have laid out the field of humanoid robots and promoted their commercialization process. At the same time, the growing demand for high-performance lithium batteries for humanoid robots has provided new market opportunities for the lithium battery industry. This article will analyze how the rise of the humanoid robot industry affects the development of lithium battery companies and even the entire industry.
Table of Contents
Add a header to begin generating the table of contents
The growth of demand for lithium batteries in humanoid robots
Expansion of market size
According to Morgan Stanley’s forecast, by 2050, the global humanoid robot market size may reach 60 trillion US dollars, and the Chinese market size may reach 6 trillion yuan. Tesla CEO Musk predicts that humanoid robots may reach 30 billion in the future, and each robot needs to be equipped with a battery system as a power source. Therefore, the rise of the humanoid robot industry will undoubtedly greatly increase the market demand for lithium batteries.
Surge in battery demand
Currently, humanoid robots generally use cylindrical lithium batteries. For example, the Unitree H1 robot is equipped with a 15Ah (0.864kWh) lithium battery, while the Tesla Optimus uses a 2.3kWh, 52V battery system. The industry predicts that by 2030, the demand for lithium batteries for humanoid robots may reach 50G-80GWh. Considering the widespread application of humanoid robots in the future, lithium battery companies face huge market growth.
Requirements of humanoid robots for lithium battery technology
High energy density
Since humanoid robots need to run for a long time, the energy density of lithium battery becomes a key factor. In order to improve the endurance, battery companies are developing high-energy density products. For example, the energy density of the semi-solid lithium battery system for Changhong Power’s 21NCM35 robot reaches 250Wh/kg, while the energy density of Xinwangda’s semi-solid battery cell can reach 500Wh/kg, and it is expected to enter the field of humanoid robots in the future.
High power output
Humanoid robots need to complete high-frequency and high-intensity actions, such as Tesla Optimus performing complex tasks and Boston Dynamics robots performing backflips, which puts strict requirements on the high power output capacity of the battery. For example, humanoid robots in industrial applications must not only bear a self-weight of 50-70kg, but also have a load-bearing capacity of 20-40kg. Therefore, their batteries must have a discharge rate of more than 2-3C to support frequent action requirements.
Long battery life and fast charging capability
Industrial scenarios require humanoid robots to have a continuous working ability of nearly 20 hours, while the current single-charge battery life is only 4-6 hours. Therefore, battery companies need to develop efficient charging solutions, such as fast charging or battery replacement technology, to ensure the continuous working ability of humanoid robots.
High safety and environmental adaptability
Humanoid robots often need to work in extreme environments, such as low temperature, humidity, vibration, etc., which puts higher requirements on the safety and stability of batteries. For example, TYCORUN semi-solid lithium battery can achieve 15Ah discharge at -20℃ and a cycle life of more than 1,000 times at room temperature. In addition, companies such as EVE Energy are developing high-safety, drop-resistant, and wide-temperature lithium batteries to meet the adaptability needs of humanoid robots in complex environments.
Market layout and competition of lithium battery companies
Global companies accelerate layout
Due to the broad prospects of the humanoid robot industry, many lithium battery companies have begun to layout this emerging market.
- Eve Energy has contacted many leading humanoid robot companies and delivered samples.
- Farasis Energy’s second-generation semi-solid-state battery exceeds 330Wh/kg and is expected to be mass-produced in 2025.
- The energy density of the all-solid-state battery developed by REPT Battery is expected to exceed 400Wh/kg and will be used in the field of robots.
- Changjiang Securities expects that 2025 will be the first year of large-scale application of humanoid robots, driving the growth of the lithium battery industry.
In-depth integration of car companies and lithium battery companies
As more and more car companies enter the humanoid robot track, the cooperation between power battery companies and car companies is becoming increasingly close.
- BYD has made a strategic investment in Zhiyuan Robot and launched a humanoid robot project.
- Blue Lithium Core has become the core battery supplier of Yushu Technology and has received orders from a humanoid robot customer.
- Changan Automobile plans to invest 50 billion yuan in the development of humanoid robots in the next five years.
- Tesla plans to produce 50,000 Optimus robots by 2026, which will directly boost its battery supply chain.
Impact on the lithium battery industry
Promote lithium battery technology innovation
The demand for high energy density, high power, and high safety of humanoid robots has driven lithium battery companies to accelerate technology research and development. For example, Farasis Energy believes that in the future, humanoid robot batteries may shift from small-capacity consumer batteries to soft-pack packaged solid-state batteries to improve battery life.
Accelerate the commercialization of solid-state batteries
Due to their high energy density and safety, solid-state batteries will become the main development direction of humanoid robot batteries in the future. It is expected that in the next 5-10 years, solid-state batteries will gradually replace existing lithium battery technology and become the mainstream of the market.
Reshape the market segmentation pattern
Due to the differences in the characteristics of humanoid robot batteries and traditional power batteries, some power battery companies will expand their business into the field of robots. For example, EVE Energy and Farasis Energy have begun to customize the development of special batteries for robots, which may form a new industry competition pattern in the future.
Driving supply chain upgrade
The explosion of the humanoid robot market will drive the upgrade of the entire lithium battery supply chain, including positive electrode materials, negative electrode materials, electrolytes, diaphragms and other links. For example, REPT’s all-solid-state battery will promote the research and development and application of new materials such as solid electrolytes.
Conclusion
The rapid development of the humanoid robot industry has brought unprecedented market opportunities to lithium battery companies, and at the same time has put forward higher requirements for battery technology. Lithium battery companies need to strengthen technological innovation and develop high-energy density, high-power output, and high-safety battery products to meet the needs of the humanoid robot industry.
In addition, the deep integration of car companies and lithium battery companies will promote the optimization of the industry ecology and further promote the commercialization of cutting-edge technologies such as solid-state batteries. In the future, with the maturity of the humanoid robot industry, the lithium battery industry is expected to usher in a new wave of growth and occupy a more important strategic position in the field of global intelligent manufacturing.
Who we are
TYCORUN is a leading company in the battery swap industry, specializes in developing and manufacturing battery swap station and lithium-ion batteries. We are committed to providing efficient and sustainable energy solutions for electric two-wheeled vehicles such as electric motorcycles, electric tricycles, and electric scooters.
With deep industry experience, TYCORUN focuses on serving urban areas with strong demand for electric two-wheeled vehicles, especially in cities with broad market potential in different countries and regions. We continue to increase R&D investment, actively promote the innovation and upgrading of battery technology, and continuously expand the network layout of battery swap stations.
TYCORUN’s battery swap station design is convenient and efficient, and the user experience is excellent. Our lithium-ion batteries are known for their high energy density, long battery life and excellent performance, and are suitable for a variety of electric two-wheeled vehicles. At the same time, we also provide advanced software solutions to help users achieve real-time monitoring and intelligent management of battery status, and comprehensively improve operational efficiency and user satisfaction.
Related post
October 2, 2023
September 19, 2023
Willow
Willow is a materials engineer with a Master’s degree in Materials Science and Engineering, specializing in lithium-ion battery materials and energy storage technologies.
Her work focuses on EV battery swapping solutions, battery innovation, and new energy industry trends, aiming to translate research insights into practical applications for sustainable transportation.
Leave a comment