At the recent SNEC exhibition, the Chairman of GCL Group delivered a powerful address on the future of the photovoltaic industry, declaring an end to the old paradigm of cutthroat competition and expansion.
He argued that the industry has reached a physical limit with its previous focus on capacity expansion, price wars, and scale, which he likened to a futile struggle in a mud pit where no one emerges victorious.
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The chairman presented a transformative roadmap for the sector, structured in two distinct phases.
Initial Phase of Transformation
The first phase centers on the deep integration of artificial intelligence with energy systems. This is not merely adding technology but represents a fundamental, structured symbiosis between power generation (watts) and data processing (bits).
The vision is to move beyond energy simply fueling AI, towards a model where "electricity strengthens computing, computing promotes electricity, and both are coordinated." This aims to solve the industry dilemma where smarter AI demands exponentially more power.
In this new paradigm, electricity becomes computing power, AI functions as the grid, and collaboration drives efficiency. Photovoltaic companies are expected to evolve from mere manufacturers of kilowatt-hours into diversified service providers offering green power supply, computing power leasing, and AI solutions.
Subsequent Phase of Expansion
The second phase of the revolution looks beyond Earth, defined as "borrowing land from the sky" through space-based energy. This represents an epic expansion of the energy frontier, driven by a convergence of materials science and aerospace technology.
With the cost of rocket launches decreasing due to reusable technology and the rise of massive commercial satellite constellations, space-based solar power is transitioning from science fiction to economic feasibility.
Technologies like perovskite/tandem cells, with their high power-to-weight ratios and potential for radiation-resistant packaging, could become viable for space applications within five to ten years.
In this future, energy collection would occur in the near-ideal environment of space, free from atmospheric filtering and day-night cycles. The traditional linear chain of generation, transmission, distribution, and consumption could be compressed into point-to-point energy delivery from space to Earth.
This would enable power to be beamed wirelessly to remote bases, islands, and emergency nodes, bypassing the need for extensive terrestrial transmission infrastructure.
Core Industry Shifts
The speech highlighted several fundamental shifts already underway. The primary contradiction in the industry is no longer simple supply and demand but the clash between old manufacturing models and the new power system's demand for high-value, adjustable energy supply.
Firstly, the industry is moving from pure power generation to integrated "PV + storage" systems, where energy storage is now a necessity for realizing the full value of solar power, not just a policy add-on.
Secondly, the concept of a standalone PV manufacturing company is fading. As solar integrates deeply into construction, transportation, computing, and countless other sectors, it is becoming a ubiquitous energy carrier.
Companies that successfully navigate the current transition will evolve into digital energy asset operators, zero-carbon solution providers, or AI-powered energy tech service providers.
Thirdly, with full market participation, electricity is being restored as a commodity. As policy guarantees fade, the environmental attributes of green power are being产权化 (property-rightized). The logic has shifted: "Electricity is a commodity, green is an asset, and carbon is an accountable responsibility."
Final Perspective
Beyond the noise of reports focusing on an industry "winter" and consolidation, this vision redraws the map for photovoltaics. The new metric is not gigawatts but paradigms—shifting from watts to bits, from manufacturing competition to system mastery, and from ground-based price wars to new energy frontiers in space.
For investors, this implies a complete rewrite of valuation logic, where they are buying into a stake in a digital energy network, not just a component manufacturer. For the industry, the choice is clear: remain in the mud pit for another round of price competition or cross the watershed to reposition within an integrated system of solar, storage, and computing.
The chairman concluded by noting that while this paradigm revolution opens infinite space, the path forward is not without challenges. A transitional zone between old and new models must be crossed.
"Managing one year is the art of survival," he stated. "Looking three years ahead requires vision in choosing the right track. But thinking ten years forward demands the courage to define the future."
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