Beijing's '15th Five-Year Plan' Sends a Major Signal! The Solar Industry Ushers in the 'Era of Adaptation'

On April 7, 2026, the Beijing Municipal People's Government released the Outline of the 15th Five-Year Plan for National Economic and Social Development of Beijing, drawing a clear blueprint for the capital's energy transition and green development over the next five years.

This document is not just Beijing's "homework assignment" — it is also a bellwether for the national energy transition. For the solar photovoltaic (PV) industry, a clear signal has been sent: the PV sector is moving from a phase of "indiscriminate capacity installation" to a new era of "precision adaptation."

The Plan clearly states that Beijing will 'actively promote the expansion and quality improvement of renewable energy,' striving to add 2 million kilowatts of new photovoltaic and wind power generation capacity, and comprehensively promoting the fifth-façade photovoltaic power generation.

On the surface, this is about installed capacity; at a deeper level, it represents a revolution in application scenarios.

As the capital of China, Beijing has extremely precious land resources. The traditional model of large-scale ground-mounted power stations is unsustainable here. Therefore, the "fifth façade" (i.e., building rooftops) mentioned in the Plan, along with "direct green power connection" and "source-grid-load-storage integration," have become the key to breaking the deadlock.

This means that in the future, photovoltaics will no longer be just blue panels spread across flat rooftops; they will need to be integrated like building materials into every inch of the urban fabric.

However, while the ideal is promising, reality often presents the awkward situation where "you want to install it, but can't."

Existing buildings are complex and diverse: there are胡同瓦房 (hutong tile-roof houses) with historical and cultural significance (insufficient load-bearing capacity, unable to damage the structure), modern curved venues, high-speed rail station domes, and numerous industrial parks built in earlier times with insufficient load capacity.

Traditional rigid modules are often helpless in the face of these scenarios. This is precisely the technological breakthrough point brought by Xingsheng Energy.

Xingsheng Energy's lightweight flexible modules have a thickness of only 2.7mm and weigh 2.9kg/m², approximately 30% of traditional glass modules, with a minimum bending radius of 0.5 meters. This characteristic—"as thin as paper, as flexible as clothing"—endows photovoltaics with unprecedented adaptability.

"Lightweight" — Solving the Load Pain Point:

Addressing the issue of insufficient load-bearing capacity on many old factory rooftops, the flexible modules require no complex penetrating mounting brackets, significantly reducing the load on the building structure. This allows "overburdened" old factories to easily embrace green power.

"Flexibility" — Solving the Form Challenge:

The roofs of university gymnasiums and large convention centers are often curved or irregularly shaped. Xingsheng's flexible modules can conform perfectly to curved surfaces like a piece of clothing, achieving an architectural aesthetic of "no visible brackets, no visible cables."

"Aesthetics" — Integrating into the Urban Landscape:

In historical districts and high-end villa areas, traditional solar panels disrupt the skyline. Xingsheng's BIPV products (such as double-glass curved tiles) not only generate electricity but also serve as building materials. Their three-curve design perfectly conforms to Chinese or European-style roofs, transforming photovoltaics from a "visual patch" into a "green armor."

"Wall" — Unlocking Facade Space:

In Beijing, where land is extremely valuable, relying solely on rooftops is far from enough. Xingsheng's flexible modules can also be directly adhered to building exteriors, turning large amounts of idle vertical wall surfaces into power-generating units. Whether on concrete walls, metal curtain walls, or old ceramic tile surfaces, using high-strength structural adhesive allows building facades to "generate their own electricity for their own use." This is not only a supplement to the "fifth façade" but also a key leap in transforming buildings from "energy consumers" into "energy producers."

The Transformation from "Equipment Provider" to "Energy Service Provider"

Beijing's "Plan" specifically emphasizes "improving the carbon emission target evaluation and assessment system" and "striving to exceed the one-trillion-yuan mark in the scale of the green and advanced energy industry."

For photovoltaic practitioners, this means not just selling modules, but selling "carbon solutions."

With the implementation of new regulations such as the "Carbon Emission Accounting Guidelines for Public Institutions," green electricity generated for self-use will have clear carbon asset value.

Against this backdrop, the value of Xingsheng Energy is no longer limited to providing power generation equipment, but rather helping building owners reduce their burden on the "carbon ledger."

Whether it's the BIPV curved tile project for a villa in Malaysia or the curved roof retrofit of a steel plant in Tangshan, Xingsheng's cases prove that only by making photovoltaics "adapt" to buildings—rather than forcing buildings to "accommodate" photovoltaics—can the dormant existing rooftop market be truly activated.

The release of Beijing's 15th Five-Year Plan has sounded the charge for urban energy transformation.

For the photovoltaic industry, the era of simply competing on module wattage is passing. The era of competing on scenario adaptation capabilities has arrived.

Those curved roofs, old factories, and uniquely shaped villas that were once abandoned because they were "unsightly," "uninstallable," or "structurally insufficient to bear the load" are now, with the support of flexible photovoltaic technology, being transformed into valuable carbon assets.

Over the next five years, whoever can make photovoltaics "flexible" will be the one to stand strong in the billion-yuan-level urban green renewal.