The upcoming All Energy Australia Expo 2024 will showcase cutting-edge technologies and products that are set to redefine the renewable energy landscape.
Among the global leaders stepping into the spotlight is JA Solar, a company that has consistently demonstrated its commitment to innovation, quality, and sustainability in the solar photovolta industry.
As the company introduce its latest products to the Australian market, JA Solar’s offerings promise to further elevate the standard for renewable energy solutions.
At the All Energy Australia Expo 2024, JA Solar will introduce its latest range of solar panels, designed to meet the evolving needs of the renewable energy market.
Among the highlights is the JAM54S40 LR 455W solar panel, which represents the pinnacle of JA Solar’s technological innovation.
This new model boasts an impressive power output of 455 watts, coupled with enhanced efficiency and reliability.
Its design reflects JA Solar’s commitment to providing high-performance solar solutions that are both cost-effective and easy to install.
One of the standout features of the JAM54S40 LR is its lightweight single-glass construction, which is approximately 2kg lighter than traditional panels.
This reduction in weight not only makes the panels easier to handle and install but also contributes to their overall durability and performance.
The single-glass design also allows for a power increase of around 5W compared to panels of similar size, offering consumers more energy output for its investment.
In addition to its new solar panels, JA Solar is also set to launch a comprehensive residential energy storage system in Australia.
The new Split-type residential energy storage system offers Australian homeowners a high-efficiency, scalable solution for their energy needs.
These advanced batteries seamlessly integrate with existing solar panels, providing long-term reliability with up to 10 years of warranty coverage.
Designed with safety as a priority and fully compliant with Australian certifications, these systems ensure peace of mind for users.
Their expandable nature allows for easy adaptation to changing energy requirements, making them an ideal choice for residential applications seeking to maximise energy independence and efficiency.
Consumers will also appreciate the convenience of dealing with a single provider for all their energy system needs, ensuring a hassle-free experience from purchase to post-installation support.
Other key products from JA Solar, such as the 72D42LB-640 module, feature the company’s proprietary BYCIUM technology.
The Bycium+ cell is a high-efficiency n-type passivated contact cell independently developed by JA Solar.
It is based on the mature M10 (182mm) silicon wafer size and incorporates advanced technologies like millisecond-level low-oxygen n-type wafers, superior surface passivation, passivated contact technology, ultra-fine grid metallisation, and double-sided anti-reflective coatings.
These innovations result in a cell Open Circuit Voltage (VOC) of 733 mV and a cell conversion efficiency of 26.5 per cent, which is currently among the highest in the industry.
The outstanding cell technology also enhances module efficiency, with the 72D42LB achieving a production efficiency of 22.9 per cent.
Additionally, the 72D42LB employs narrow spacing technology, which reduces the number of cells compared to the similarly sized 78-cell module, lowering the VOC by 7.69 per cent and achieving a balance between current and voltage, thus reducing the risk of hot spots.
The system can accommodate more modules per string, resulting in lower balance of system (BOS) costs.
The module’s current is compatible with 15A inverters, offering high system value to clients.
Moreover, the module technology integrates rectangular wafers, smart wire multi-busbar (SMBB), high-density encapsulation with narrow spacing, and highly reliable encapsulation materials.
These features contribute to a lower temperature coefficient, which is currently at -0.29 per cent, a leading level in the industry.
JA Solar’s modules excel in smoke, dust, potential-induced degradation (PID), and ammonia tests, far surpassing the international electrotechnical commission (IEC) standards.
The company has also passed stricter IEC tests, providing excellent stability and delivering maximum product value to customers.
In fact, JA’s high-quality products are well received on the international market.
Recently, the brand is announced as the Highest Achiever in the 2024 PV Module Index released by the Renewable Energy Test Centre (RETC).
The RETC PV Module Index is a comprehensive evaluation that assesses the performance, reliability, and quality of PV modules from top manufacturers worldwide.
This prestigious accolade marks the fifth consecutive year that JA Solar has been honoured in RETC’s annual rankings.
Over the years, JA Solar has consistently demonstrated its leadership in the solar PV industry through its innovative technologies and high-quality products.
With over 224 gigawatts (GW) (as of mid 2024) of PV modules shipped globally, JA Solar has played, and continues to play, a pivotal role in accelerating the adoption of renewable energy.
The company’s products are used in residential, commercial, and utility-scale projects across more than 165 countries, contributing to significant reductions in carbon emissions and supporting global efforts to combat climate change.
Aiqing Yang, Executive President of JA Solar said the brand is committed to innovation and quality in every aspect of its work, and this is reflected in its products.
‘We are immensely proud to be recognised as the Highest Achiever by RETC for the fifth year in a row,” he said.
“This recognition is a testament to our dedication to delivering superior quality solar PV products that meet the evolving needs of our global customers and contribute to a sustainable energy future.”
Visitors to the All Energy Expo are welcomed to experience the cutting-edge solutions driving the clean energy revolution at JA Solar’s Stand No. JJ123.
For more information, visit jasolar.com
This article featured in the October edition of ecogeneration.
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