On July 3, the State Council executive meeting outlined a strategy to boost investment in key areas such as shantytown renovation, energy conservation, environmental protection, public services, urban infrastructure, and consumption promotion. This marked a shift towards more targeted and sustainable development. Two days later, on July 5, the General Office of the State Council released the "Guiding Opinions on Financial Support for Economic Structural Adjustment and Transformation and Upgrading," which emphasized the need for financial policies to support long-term economic restructuring. Specifically, Article 5 highlighted the importance of expanding consumer finance to drive consumption upgrades. On July 12, another State Council meeting focused on accelerating the growth of energy-saving and environmental protection industries, promoting information consumption, and stimulating domestic demand. These measures aim not only to stabilize short-term economic growth but also to foster long-term structural transformation. The government's approach has evolved from traditional large-scale infrastructure investments to a more balanced strategy that combines growth stabilization with structural reform and social welfare improvements. This new policy direction reflects a broader effort to address the challenges facing the real economy, including slowing growth, persistent deflation in the PPI, and overcapacity in many sectors. While the economy has been under pressure, with the first-quarter GDP growth dropping to 7.7%—the lowest in over three years—the government has opted for a more nuanced approach rather than implementing a massive stimulus package. Instead, it is focusing on improving efficiency, fostering innovation, and enhancing people’s livelihoods through targeted reforms. Experts note that this shift signals a more sophisticated regulatory framework, where multiple objectives are pursued simultaneously: maintaining stable growth, promoting structural adjustment, and ensuring social stability without triggering inflationary pressures. According to Lian Ping, chief economist at Bank of Communications, the State Council is no longer aiming for a single goal like growth stabilization but is instead balancing various priorities. Premier Li Keqiang has repeatedly emphasized the importance of economic transformation and upgrading in achieving sustainable development. In a recent symposium held in Guangxi, he stressed that structural reforms and stable growth are essential for China’s future. The current policy measures, including the acceleration of shantytown renovations, the expansion of green industries, and the promotion of information-based consumption, are designed to create new growth drivers while improving living standards. One of the most notable aspects of this policy shift is the innovative approach to boosting domestic demand. Unlike previous stimulus efforts that relied heavily on monetary and fiscal expansion, the current strategy focuses on precision and sustainability. By aligning industrial and consumption policies, the government aims to build a foundation for long-term growth, creating both new consumption and industrial growth points. Overall, these developments reflect a strategic move toward a more resilient and balanced economic model, one that prioritizes quality over quantity and long-term stability over short-term gains. Analysts believe that more similar policies will follow, reinforcing China’s commitment to structural reform and sustainable development.

Solar Panel

solar panel is a device which converts solar radiation into electric energy directly or indirectly by absorbing sunlight through ‌ photoelectric effect or photochemical effect. ‌
The main material of solar panels is ‌ silicon, most of the solar panels use silicon as the basic material, because silicon has excellent photoelectric conversion performance. However, due to the high production cost, silicon-based solar panels are not yet widely and universally used in large numbers. The working principle of solar panels is based on the photoelectric effect or photochemical effect, which converts light energy into electricity by absorbing sunlight. This conversion process allows solar panels to generate electricity wherever the sun shines, and is suitable for applications ranging from large power stations to small portable chargers. Solar panels are usually composed of a number of solar cells assembled on a board in a certain way to form an assembly, these components can be ‌ monocrystalline silicon or polycrystalline silicon, with different photoelectric conversion efficiency and characteristics. The output power of the solar panel directly depends on ‌ light intensity and ‌ light Angle, the greater the light intensity, the greater the working current of the solar panel, the higher the power generation efficiency. In addition, the installation and use of solar panels also need to consider the light Angle and occlusion factors to ensure the best power generation efficiency. With the advancement of technology and the development of materials science, the efficiency and longevity of solar panels continue to improve, making them play an increasingly important role in the global energy supply.

Solar Panel, Mini Solar Panel, 100W Solar Panel, 200W Solar Panel

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