Grid-connection and 100-MW-level shipment mark the premiere of Risen Energy's HJT Hyper-ion Pro 730Wp in the world

Recently, Risen Energy has been receiving good news frequently. Since the release of the Heterojunction (HJT) Hyper-ion Pro module on October 15, 2024, it has obtained remarkable achievements in both domestic and international markets, thanks to its multiple technological innovations and outstanding performances.

In the Chinese market, Risen Energy successfully delivered a fishery-solar hybrid project in Shandong Province, where the Hyper-ion Pro 730Wp modules were first adopted, and connected to the grid. This project fully leveraged the technical advantages of the Hyper-ion Pro, not only achieving a power generation increase of over 3%, but also significantly reducing the total cost of the project, and further verifying the module's high efficiency and commercial feasibility. The success of this project has provided an important technical demonstration for the Chinese photovoltaic industry and promoted the industry's technological upgrading and development.

In January 2025, in the international market, Risen Energy successfully delivered Hyper-ion Pro 730Wp's 100MW modules to Spain in bulk. The production and delivery of the 100MW 730Wp modules not only verified the stability and reliability of the product during large-scale manufacturing, but also demonstrated that Risen Energy has obtained the capability to deliver large quantities of high-power HJT 730Wp modules. This achievement has laid a solid foundation for subsequent larger-scale deliveries and market expansion. Meanwhile, the accomplishment not only consolidated Risen Energy's leading position in the European market, but also further enhanced its brand influence in the global PV industry.

During current global energy transition, the PV industry has become a core force driving sustainable development. With the HJT Hyper-ion Pro 730Wp+ module, Risen Energy has continuously advanced photovoltaic technology and set an industry benchmark in the global market. The Hyper-ion Pro 730Wp+ module integrates multiple cutting-edge technologies and is currently producing highest mass production power per module in the industry. Moreover, thanks to its extremely low absolute power temperature coefficient (-0.24%/) and ultra-high bifaciality ( almost equal to 90%), compared with other n-type modules, the HJT Hyper-ion Pro module can bring more than 3% increase in power generation for power stations. Since its outstanding performance and higher power generation have significantly reduced photovoltaic power stations' BOS and LCOE costs, the HJT Hyper-ion Pro module has become the best choice for centralized power station module selection at present.

In the future, Risen Energy will continue the technological innovation, deepen the application of HJT technology, and explore new models of integration between energy storage and photovoltaic systems. As a significant partner of global clean energy development, Risen Energy is committed to providing efficient and reliable photovoltaic and energy storage solutions for global customers, contributing to the achievement of carbon neutrality goals and the green transformation of global energy.

For more information, please contact:

Risen Energy Co., Ltd.

Info@risenenergy.com
Media Contact
Company Name: Risen Energy CO. LTD.
Contact Person: Min Xiao
Email: Send Email [http://www.universalpressrelease.com/?pr=gridconnection-and-100mwlevel-shipment-mark-the-premiere-of-risen-energys-hjt-hyperion-pro-730wp-in-the-world]
City: Ninghai
Country: China
Website: https://en.risenenergy.com/

Legal Disclaimer: Information contained on this page is provided by an independent third-party content provider. GetNews makes no warranties or responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information contained in this article. If you are affiliated with this article or have any complaints or copyright issues related to this article and would like it to be removed, please contact retract@swscontact.com



This release was published on openPR.