LONGi's Groundbreaking BC Technology Field Data Released
LONGi has made significant strides in the photovoltaic (PV) industry with its groundbreaking Back Contact (BC) technology platform and Hi-MO9 modules. The company has been gearing up for extensive field testing across the globe and has partnered with leading institutions to validate its technology's performance. The recently announced results highlight the remarkable performance levels and reliability the Hi-MO9 modules deliver.
Performance Exceeds Expectations
The global field testing has shown that the Hi-MO9 modules consistently outperform traditional TOPCon modules. Data from diverse geographic locations indicates that these modules deliver stable power generation with impressive watt-for-watt performance. Reports suggest gains ranging from 1.21% to 3.92%, showcasing the cutting-edge efficiency LONGi promises.
European Climate Testing
In one notable assessment conducted in Seville, Spain, by the reputable technical service provider Enertis Applus+, the Hi-MO9 demonstrated its prowess. In the first operational year of a 47MW single-axis tracker PV project, the Hi-MO9 achieved an exceptional 2,209 equivalent full-load hours. Compared to TOPCon modules at the same site, the Hi-MO9 yielded a power generation increase anywhere from 2.4% to 3.4%, which drove down the Levelized Cost of Energy (LCOE) by 3.92% to 4.47%.
Further Validation from IPVF Studies
Additional evaluations by the authoritative institute IPVF across two 50MW ground-mounted PV plants in France and Denmark provided further validation of the Hi-MO9's anticipated performance. The results indicated that performance gains were consistently higher than TOPCon modules, with an average increase of 1.84% in power generation while also lowering LCOE by 3.32% and 2.43% at respective sites.
Ensuring Safety with Hot Spot Management
Another noteworthy feature of the Hi-MO9 modules is their integrated HPBC 2.0 technology, which excels in managing hot spot temperatures. This advanced technology significantly mitigates the risks associated with partial shading. Under typical shading conditions, the Hi-MO9 suppressed the hot spot effect, ensuring temperatures remain well below those seen in conventional modules. This innovative approach can prevent material aging and reduce the likelihood of fire hazards caused by localized overheating, contributing to a reliable operational lifespan of over 25 years.
A Paradigm Shift in Technology Assessment
The comprehensive global field-testing program that LONGi has implemented marks a new standard for evaluating technological value. By utilizing real-world, long-term, and systematic verification methods, LONGi has successfully demonstrated the Hi-MO9's advantages in multiple areas. This thorough approach empowers global customers in the PV sector to make informed decisions based on solid data evidence about technology pathways.
Frequently Asked Questions
What is LONGi's BC technology?
LONGi's BC technology refers to their innovative Back Contact solar module design, which enhances efficiency and performance compared to traditional solar technologies.
How much does the Hi-MO9 outperform TOPCon modules?
The Hi-MO9 shows an increase in power generation efficiency of 1.21% to 3.92% over TOPCon modules, based on global field tests.
What benefits does the HPBC 2.0 technology offer?
This technology effectively manages hot spot temperatures, reducing risks of material aging and potential fire hazards, ensuring safer and more reliable operation.
Where were the performance assessments conducted?
The assessments took place in various locations, including Spain, France, and Denmark, demonstrating the technology's effectiveness in diverse climates.
What is the expected lifespan of the Hi-MO9 modules?
LONGi's Hi-MO9 modules are designed to maintain reliable performance over a lifespan of at least 25 years.
