Innovating Solar Solutions: Ahmed Omer Talks LONGi’s Hi-MO X6 MAX and the Path to Sustainability in MENA

1. What technological advancements can we expect from the upcoming launch of the Hi-MO X6 MAX series solar module, and how do they align with LONGi’s innovation and market expansion strategy?

In recent years, the PV industry has seen rapid development due to consistent increases in module efficiency and decreases in prices. However, as application scenarios diversify, the concept of “one technology fits all” has become increasingly unrealistic. As R&D being one of the cornerstones that LONGi stands on, it stands as the sole PV manufacturer that has developed different technologies for different application scenarios, whether it is Utility application or Distributed Generation DG application. HiMO X6 Max is designed to a fill a gap in the DG market, addressing the different challenges that exist on it. HiMO X6 Max utilizes Back Contact (BC) technology, which enhances efficiency in DG applications ensures durability under harsh conditions and adaptability in size for different application scenarios, as different sizes fit different standardized applications.

2. How does LONGi’s introduction of the Hi-MO X6 MAX branding signify the company’s dedication to enhancing the global user experience?

The added value which HiMO X6 MAX brings can be highlighted in three main aspects, the first is through reduced LCOE, which can be achieved by the higher efficiency modules, significant reduction in BOS cost, and reduced O&M costs which is significant specifically in HiMO X6 MAX anti-dust module. Another significant aspect is the reliability enhancement, starting from the utilization of BC technology which uses one line welding technology that reduces the probability of hidden microcracks by 80%, also the resistivity of BC to harsh environments with high humidity and heat. The higher reliability is also apparent in the longer product warranty given, which is 15 years. In addition to the unique size which features high utilization factor for the container, that is around 98.5%, and helps in saving around 6% of the shipping cost compared to HiMO X6.

3. How does LONGi’s technology innovation in products like the Hi-MO X6 MAX contribute to sustainable energy solutions, particularly in the MENA region?

The main purpose of the upgrade is to enhance the value that can be derived from the X6 series. While maintaining the high quality, advanced technology, and reliability of the Hi-MO X6 series, this upgrade introduces three significant dimensions: new technology, new size, and new product. The new technology features the TayRay Inside technology and HPBC high-efficiency solar cell technology, offering innovative advancements and reliable quality. The new size (M11, 182.2×191.6) marks the first switch following the unification of size standards, benefiting both upstream and downstream sectors of the industrial chain. The new product, Hi-MO X6 Max, not only retains the anti-dust and anti-humidity and heat design of the Hi-MO X6 but also introduces the Artist (Extreme Black) series to the DG market. This reflects LONGi’s commitment to industry trends and understanding user needs.

Recognizing that the MENA region has high potential for PV module gains but also faces harsh and arid climates with significant dust and humidity challenges, LONGi has developed specialized products to address these conditions and maximize value in these environments. Such as Anti-dust, and anti-humidity and heat for them to be utilized in the harsh environments.

4. What specific advantages does the incorporation of BC technology bring to the HiMO X6 and HiMO X6 MAX series in terms of energy generation, durability, and resistance to environmental factors (if any)?

Leveraging its technological innovation and customer-centric approach, LONGi developed a diversified product matrix to support global decarbonization and the transition to a zero-carbon era, achieving higher efficiencies in harsh environments is the corner stone for the technologies developed. Therefore, the route has been the adoption of BC technology. The main advantage of using BC technology is its higher energy yield per square meter. BC technology features a busbar-free front side, eliminating dead zones and shading at the front side caused by busbars, thereby enhancing light absorption, and eliminates glare and glint due to busbars. Additionally, the new TayRay wafers are more durable and resistant to high temperatures, reducing the temperature coefficient to less than -0.28%/°C, the first-year degradation to less than 1% and PID degradation being reduced by more than 30% which boosts the performance in harsh environments and achieve overall higher power generation.

5. What opportunities does the MENA region present for the company’s expansion into sustainable energy solutions, and how does the company plan to capitalize on these opportunities?

Following COP27 and COP28 in North Africa and Middle East respectively, most countries in the region have significantly increased investments in renewable energies, especially solar, aiming to reduce emissions and achieve net zero by 2050. The low Levelized Cost of Electricity (LCOE) achievable in the region has attracted substantial investment in both distributed generation (DG) and utility-scale projects.

MENA region, rich in sunlight, presents immense potential for solar energy harvesting. However, it also faces numerous challenges that need addressing, to achieve the intended LCOE. LONGi has developed diversified products to meet these challenges, adhering to the principle that “one technology does not fit all applications.” Hi-MO X6 MAX, marked as the pearl for the DG market, showcases advanced solar technologies tailored for varied scenarios. This diversification underscores the Middle East’s emerging leadership in the global pursuit of a net zero future, positioning the region as a pivotal player in sustainable energy development.