Shanghai Why It's Not Expensive, There's a New Answer

In Shanghai, is entrepreneurship and investment “expensive”? This seems to be a repeatedly discussed old topic. Now, standing at the beginning of the “14th Five-Year Plan” and entering a new stage where cutting-edge global technology fully advances into engineering and industrialization, this question has a new focus: how can a city help enterprises reconstruct their comprehensive cost advantages? This is the core issue addressed at the 2026 Shanghai Global Investment Promotion Conference on March 14.

Faced with a new round of industrial transformation, Shanghai has released 31 new quality elements, precisely targeting three major areas: public services, R&D pilot testing, and application scenarios. Through higher-quality element supply and systematic empowerment with certainty, Shanghai is comprehensively building a first-class business environment, truly safeguarding enterprises to win this industrial breakthrough with the lowest overall costs. This also clearly reaffirms to the market—“Shanghai, not expensive!”

Platform Converging Resources, Service Breaking Barriers: Cost-Effective Element Supply

“Data is a mine.” How to monetize this most core new quality production factor in the digital age? Behind this lies huge hidden costs: time, multi-party communication, and compliance and security review costs. How to reduce this costly “element acquisition fee”? This time, Shanghai took a step forward by building data innovation laboratories, exploring pathways for deep integration of public data and industrial needs under secure conditions.

Green Low-Carbon Data Innovation Laboratory

The Shanghai Green Low-Carbon Data Innovation Laboratory, established just half a year ago, aims to solve the long-standing “data silo” problem that has troubled enterprises and empower their green low-carbon transformation. During construction, the lab has aggregated over 30,000 public data points from the Shanghai Municipal Ecology and Environment Bureau, connecting 12,000 data catalogs across the city, and leveraging the Shanghai Big Data Center’s sub-centers, further integrating 14 urban construction data catalogs. A person in charge from the Shanghai Municipal Pollution Reduction and Carbon Management Center stated that in a secure and controllable environment, Shanghai hopes to replace cumbersome cross-departmental coordination with a unified platform. Enterprises can complete data calls and scenario validation in one stop, significantly reducing institutional interface and time costs during innovation and transformation.

The “breaking down barriers” of the data innovation lab is just a microcosm. At this investment promotion conference, Shanghai also released 11 public service platforms empowering new quality productivity, including the largest domestic computing power scheduling platform, the country’s first corpus operation platform, the Black Lake “AI New Quality Manufacturing” serving 35,000 factories, and the Haizhi online platform linking 800,000 parts factories. This comprehensive public service matrix allows various innovative entities to access needed resources with lower thresholds, truly enabling enterprises to find resources and services that keep pace with development.

Pilot Testing Sharing and Real-World Validation: Cost-Effective Verification and Transformation

If public platforms address resource matching, then professional pilot testing platforms solve the “most expensive mile” from laboratory to industrialization.

Hudong Zhonghua Shipbuilding (Group) Co., Ltd. launched the country’s first onshore low-temperature engineering pilot platform capable of using LNG and liquid nitrogen simultaneously as testing media. It consolidates testing and certification of equipment, materials, and processes for offshore LNG industry chain systems, greatly reducing the trial-and-error costs of dispersed R&D. More importantly, this platform is deeply embedded in the world-class shipbuilding ecosystem on Changxing Island, allowing companies to conduct “real working condition” validation, seamlessly connecting upstream and downstream suppliers, assembly enterprises, and international shipowners. This model of simultaneous technical validation and industrial order promotion is expected to enable domestically produced equipment to pass practical tests before market entry, significantly lowering the full-cycle trial-and-error costs from R&D to industrialization.

Energy Storage Pilot Testing Platform

Breaking the verification barrier between “laboratory” and “real application” has become a consensus for industry upgrading. Currently, many energy storage companies can complete basic performance tests in labs, but once entering the megawatt-scale device R&D stage, real environment testing conditions become scarce. Led by Huaneng (Shanghai) Energy Storage Technology Co., Ltd., the energy storage pilot testing platform addresses this gap. It has simulation and empirical testing capabilities at device, station, and system levels, covering the entire chain from cells to systems, with special testing functions for flow batteries. The platform has a 10MW grid-connected verification condition, capable of conducting charge/discharge tests and grid connection tests at the station level. In the future, it plans to integrate testing and certification resources to establish a one-stop testing service system certified by CNAS. This means enterprises no longer need to build expensive testing facilities themselves and can verify products in real grid environments, greatly reducing R&D and compliance costs.

Looking ahead, Shanghai plans to deploy 50 specialized pilot platforms, with 10 key ones promoted, targeting the “valley of death” in innovation transformation: from underlying materials and core components to complete systems. Relying on a full industrial chain of pilot platforms, real validation environments, shared equipment capabilities, and systematic pilot services, Shanghai aims to compress the time and costs from “new product development” to “mass production.”

Scenario-Driven, Industry Chain Formation: Cost-Effective Market Expansion

After solving the initial challenges of resource seeking and trial-and-error, how can new products smoothly cross the final threshold into the market? Benchmark application scenarios provide the best solution.

“Zero Carbon Bay”

The “Zero Carbon Bay” promoted by the Shanghai Lingang New Area is a typical scenario connecting green transformation needs with industrial opportunities. Against the backdrop of increasingly strict carbon emission constraints, Zero Carbon Bay integrates energy-saving renovation, distributed photovoltaics, energy storage, energy planning, and carbon management into one-stop solutions, reducing the complexity of multi-party coordination and transforming fragmented projects into systematic plans. Since its approval on December 26, 2025, just two and a half months ago, Zero Carbon Bay has hosted nearly fifty enterprises interested in scenario development. Enterprises are more interested in the long-term certainty of participating in the construction of a national-level zero-carbon park rather than individual projects. With clear scenario supply, Zero Carbon Bay accelerates enterprises’ ability to convert green capabilities into comprehensive cost advantages and market competitiveness.

Jiading Hydrogen Port

Jiading Hydrogen Port illustrates from an industrial chain perspective that once application scenarios scale, associated costs are diluted. The park has gathered over 60 hydrogen energy enterprises, forming a complete industry cluster of production, storage, refueling, and utilization. Meanwhile, the country’s first zero-carbon hydrogen storage source-grid-load-storage integrated project has been implemented in the park. Enterprises here can share 12 public hydrogen testing platforms, reducing R&D testing costs by over 30%, and joint research efforts have cut patent costs by 50%. The park operates over 4,500 hydrogen vehicles, with a total safe operation mileage exceeding 55 million kilometers, providing continuous data for technical validation. Additionally, supply chain collaboration promotes domestic substitution of key materials, significantly lowering fuel cell system costs. Jiading Hydrogen Port offers a complete ecosystem from R&D validation to market replication, helping enterprises find markets faster and expand scale.

At this investment promotion conference, Shanghai leveraged its super-large city advantage to introduce 10 benchmark application scenarios, pushing this “scenario-driven” cost reduction model across all sectors. The country’s first mixed reality intelligent training ground and an autonomous driving demonstration zone covering one-third of the city, sharing massive real data to accelerate large model iteration; in aerospace, low-altitude aircraft test bases and the “Thousand Sail Constellation” provide rich scenarios for low-altitude economy and commercial space. Coupled with the Spark Open Laboratory, Pujiang Digital Chain, and Fuxing Maker Island digital ecosystems, Shanghai aims to save enterprises huge costs in early market exploration and education, enabling frontier innovation to quickly cross the transformation gap at very low thresholds and truly realize large-scale market monetization.

2026 Investment Promotion Conference

Conclusion:

This investment promotion conference has sparked strong reactions across society. Why can Shanghai systematically and in bulk launch a complete set of “new quality elements”?

This empowerment system is so solid because Shanghai has responded to industry evolution laws, made long-term plans, and continuously strategized. It also benefits from ongoing iteration and improvement based on real-world use and validation by numerous enterprises. This virtuous mechanism of government-enterprise collaboration and mutual optimization has created the ecological dividend of “Shanghai, not expensive,” which is now ready to flourish.