Schroders' global investment indicates that as the trend of transitioning to a low-carbon economy advances, countries around the world are currently undergoing significant changes. Ten years ago, the energy market was still dominated by fossil fuels, but today, renewable energy technologies have not only become more mature, but their costs have also become increasingly affordable, and their popularity has greatly increased. The low-carbon economy transition industry is vibrant and thriving. By investing in companies and technologies that drive this transformation, investors can not only participate in exciting and unprecedented investment opportunities, but also play a key role in promoting a sustainable future. From electric cars to energy storage solutions, advancements and innovations in technology enable more efficient use of renewable energy and reshape industries such as transportation and energy. However, the impact of the energy transition is not limited to these industries. Take the wood industry for example, a Japanese wooden housing construction company is at the forefront of developing innovative wood products and construction technologies. This company is changing the way buildings are constructed, with their use of wood composite products significantly enhancing the strength and durability of wooden structures. These products offer sustainable alternatives to traditional materials, which is crucial because in order to limit the global temperature increase to within 1.5 to 2 degrees Celsius, carbon emissions from materials such as steel, cement, and concrete must be reduced by over 90% by 2050. Wood, as a renewable resource managed sustainably, plays a crucial role in reducing the carbon footprint of buildings. Now shifting focus to a comprehensive Asian mold equipment company. From automotive and computer parts, to medical equipment and household appliances, mold equipment supports the production of various goods. As a model of innovation, this company has developed groundbreaking molding technology that can reduce product weight by up to 25% compared to traditional technologies. Additionally, they are experts in gigacasting technology, which produces large aluminum alloy body parts for cars and can reduce car body weight by up to 30% and costs by up to 40%. This not only enhances energy efficiency, but also helps automobile manufacturers significantly reduce carbon emissions.