In a groundbreaking move towards enhancing solar energy efficiency and performance, AIKO Energy, a global leader in clean energy technology, has unveiled its highly anticipated GEN 2 N-type ABC (All Back Contact) solar modules. The Neostar, Comet, and Stellar series of modules, showcased at the Key Energy trade fair, represent a major advancement in solar technology across residential, commercial, and utility-scale applications around the world.
Empowering Solar Innovation
Chairman of AIKO, Chen Gang, expresses his excitement about the launch, stating, “We are thrilled to introduce our latest ABC modules, representing a significant leap forward in solar energy technology. With these advancements, we are empowering our customers of all installation types with superior efficiency, optimised levelised cost of energy (LCOE), and accelerated returns on investment.”
Innovative Features Redefining Solar Efficiency
The second-generation ABC modules offer several innovative features that differentiate them in the solar industry. AIKO’s focused research and development efforts have led to modules that not only deliver higher power output but also address common challenges encountered in solar installations to become one of the most efficient panels available in the market: Some of they key features are listed below:
1. Partial Shading Optimisation: Among the notable features is the innovative partial shading optimisation function. This breakthrough technology enables AIKO’s modules to maintain optimal energy production even in challenging shading conditions caused by trees, leaves, chimneys, bird droppings, soiling, and snow. By dynamically adjusting output levels, these modules can generate up to 30% more power compared to traditional technology when one solar cell is fully shaded.
2. High Temperature Restriction: AIKO’s commitment to safety and reliability is evident in the high-temperature restriction capabilities of these modules. By minimising module temperature, AIKO reduces the risk of fire hazards, especially in shaded environments where temperature variations can be significant.
3. Enhanced Performance and Durability: The second-generation ABC modules also exhibit improved performance characteristics, including a better temperature coefficient of -0.26%/°C. This ensures that the modules maintain efficiency even in varying environmental conditions. With minimal performance degradation (≤ 1% in the first year and ≤ 0.35% annual degradation from year 2-30) and enhanced micro-crack resistance, AIKO’s modules offer long-term reliability and durability.
Product Comparison with Traditional Panels
When comparing AIKO's GEN 2 N-type ABC solar modules with traditional solar panels available in the market, several key advantages become apparent:
1. Higher Power Output: AIKO’s modules offer higher power ratings across all series (Neostar, Comet, and Stellar), allowing for increased energy production per square metre of installation space.
2. Partial Shading Optimization: Unlike traditional panels that experience significant power losses in shaded conditions, AIKO’s modules can maintain higher energy production levels even with partial shading, ensuring consistent performance throughout the day.
3. Temperature Management: With high-temperature restriction capabilities, AIKO’s modules maintain lower operating temperatures, reducing efficiency losses common in traditional panels under hot weather conditions.
4. Durability and Longevity: AIKO’s modules exhibit improved resistance to micro-cracks and minimal performance degradation over time, ensuring long-term reliability and sustained energy production.
Answers to Your Questions
1. How does AIKO’s partial shading optimisation technology work?
A: AIKO’s modules employ advanced algorithms to dynamically adjust power output based on shaded cell conditions, maximising energy production even in partially shaded areas. This ensures consistent performance despite shading challenges, unlike traditional panels that experience significant power drops in shaded areas.
2. How do AIKO’s modules compare in terms of efficiency and power output to traditional panels?
A: AIKO’s GEN 2 N-type ABC modules offer significantly higher power ratings and efficiencies compared to traditional panels. This results in increased energy production per unit area, making them ideal for maximising energy generation in limited roof spaces or challenging environments.
3.What benefits do AIKO’s modules offer in terms of temperature management?
A: AIKO’s modules are equipped with high-temperature restriction capabilities, ensuring lower operating temperatures even in hot climates or shaded environments. This not only reduces efficiency losses but also enhances module lifespan and overall system performance.
4. How does AIKO's micro-crack resistance benefit system reliability?
A: AIKO’s modules feature enhanced micro-crack resistance, reducing the risk of damage and performance degradation over time. This ensures long-term system reliability and consistent energy production throughout the module's lifespan.
5. Can AIKO's modules withstand harsh environmental conditions such as snow and bird droppings?
A: Yes, AIKO’s modules are designed to withstand harsh environmental conditions, including snow, coastal salts, bird droppings, and soiling. Their unique design and robust construction ensure optimal performance even in challenging scenarios.
Why AIKO’s Modules Are the Best in the Market?
1. Advanced Technology: AIKO’s GEN 2 N-type ABC modules integrate cutting-edge technologies such as partial shading optimisation and high-temperature restriction, ensuring optimal energy production and system reliability in diverse conditions.
2. High Efficiency and Power Output: With industry-leading power ratings and efficiencies, AIKO’s modules outperform traditional panels, delivering more energy per square metre and maximising returns on investment over the system’s lifetime.
3. Durability and Longevity: AIKO’s modules are designed for long-term reliability, with enhanced resistance to micro-cracks and minimal performance degradation. This ensures consistent performance and energy production throughout the module’s operational lifespan.
4. Customised Solutions: The Neostar, Comet, and Stellar series cater to different installation scenarios, providing tailored solutions for residential, commercial, and utility-scale projects. This versatility ensures optimal system design and performance for various customer needs.
