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High land prices, financing challenges, unclear tax policies, and the complexities of self-maintenance are issues that seem to be undermining the photovoltaic industry's potential to deliver the kind of stable, low-pressure power supply akin to 'unlimited internet access.' Globally, China dominates in photovoltaic manufacturing and installed capacity, yet we lack sufficient confidence when it comes to matching electricity prices. Some jokingly suggest that 'non-PV costs' are pushing up the price of solar power.
Certainly, compared to many nations, China faces additional burdens in areas like land usage and financing. However, considering our national conditions, these added costs aren’t exclusive to the photovoltaic sector.
Our country prioritizes the careful use of every inch of land while safeguarding arable land, which places a heavier responsibility on our limited resources. Given that photovoltaic installations typically occupy land for over 25 years, it’s wise to proceed cautiously to ensure sustainability. Yet, during implementation, bureaucratic hurdles and fragmented management have sometimes led to inflated land prices—a challenge not unique to the photovoltaic industry.
Capital costs are another universal issue across industries in China. Studies show that Chinese investors expect annual returns exceeding 10%, whereas U.S. pension funds aim for around 8%. This reflects the high cost of capital in China. For photovoltaics, past stigmas of being 'polluting' or 'energy-intensive' worsened financing difficulties. Policies from the China Banking Regulatory Commission have further constrained funding for 'high-pollution, high-energy' sectors, complicating access to 'photovoltaic loans.'
Despite these challenges, China remains the undisputed leader in photovoltaics. While costs remain high, addressing these 'non-PV expenses' is crucial. Improving land management, standardizing financial markets, advancing power system reforms, and optimizing taxation will help stabilize the industry. These 'China-specific costs' may initially burden the sector, but they also reflect the nation's commitment to renewable energy development, fostering broader confidence in the sector.
Within the photovoltaic industry itself, focusing on internal innovation is key. Technology advancements continue to reshape industry dynamics. High-efficiency solutions reduce costs, and diverse technical paths—such as monocrystalline, polycrystalline, and thin-film—are driving innovation. Companies are transitioning from product manufacturing to research and development, using technological breakthroughs to enhance efficiency and reduce costs.
Distributed photovoltaics, accounting for half of the market, face unique challenges. Many users lack professional expertise, and the quality of components, brackets, and inverters is critical. Unlike large-scale projects, distributed systems often involve complex property rights and personal safety concerns. Entry thresholds are stricter abroad, and maximizing output per unit area is essential for reducing costs.
Reducing non-PV expenses requires action across multiple fronts. Technological progress remains indispensable. Both internal improvements and external support are necessary to achieve grid parity. As the industry matures, the future of renewable energy in China looks promising, driven by innovation and strategic planning.