Recently, the new green hydrogen company under Sichuan Jinding is conducting an innovative exploration that combines the hydrogen energy industry with Blockchain technology. The company is attempting to transform its three core products into divisible and tradable real-world assets (RWA) through dynamic asset on-chain technology. These three products include mobile storage and charging Bots, skid-mounted hydrogen production and refueling integrated stations, and hydrogen power generation stations.

Taking the Tianqing No. 1 TGHD01 of new industrial green hydrogen as an example, by putting electricity generation on the blockchain for verification, it is possible to automatically convert the revenue per kilowatt-hour into stablecoins, thereby achieving a real-time conversion model of 'green electricity equals revenue'.

New Industrial Green Hydrogen is advancing three major strategic upgrade plans. First, the company plans to connect 100,000 sets of equipment to the RWA system within the next five years, with an expected securitized asset scale reaching several billion yuan. Second, New Industrial Green Hydrogen is collaborating with companies such as Bosch Hydrogen Power, Junrui Green Hydrogen, Sinopec, and China Electric Power Construction to jointly establish the 'Hydrogen Energy Industry RWA Alliance', aiming to open cross-border hydrogen carbon credit trading channels. Finally, the company is working with partners to develop a standardized contract for 'Green Hydrogen Yield Pass' and has applied to the local financial regulatory bureau for the first batch of pilot qualifications.

This innovative attempt not only showcases the development potential of the hydrogen energy industry but also reflects the application prospects of Blockchain technology in the energy sector. With the advancement of this new business model, it may bring new financing channels and development opportunities to the hydrogen energy industry, while also promoting the popularization and application of green energy. However, this innovative model also faces multiple challenges such as technical implementation, market acceptance, and regulatory compliance, making its development process worthy of continuous attention.