Solar panels lead the charge in the green energy movement, providing an eco-friendly and renewable method for producing power for both residential and commercial use. These systems, usually placed on the tops of buildings or in extensive setups on the earth, transform the energy from the sun into power by utilizing a method called the photovoltaic (PV) effect. All our solar panels and inverters are CEC-approved.

DaSolar 440W N-Type Bifacial Solar Panels

Overview:

The DaSolar 440W bifacial solar panels are engineered to capture sunlight from both its front and back sides, boosting the total energy output compared to the traditional single-sided solar panels. This innovation is particularly effective in areas with high reflectivity, such as snowy or sandy locales, where the ground reflects additional sunlight onto the back of the panel.

Features of DAS‘s P-Type Series Solar Panels

DAS‘s P-Type series solar panels integrate tried-and-true, reliable technology in their cell design. Here’s what sets them apart:

Cell Technology: These panels use Mono-PERC cells, a technology that was a leading choice before the advent of N-type technology.

Build Options: Available in two constructions—bifacial double glass or mono-facial single glass. This provides flexibility depending on your specific needs and installation environment.

Panel Dimensions: The panels are notably larger in size, typically measuring around 2.3 meters by 1.1 meters.

Warranty: They come with a shorter product warranty compared to N-type panels. This suggests they might be less optimal for long-term residential applications.

Efficiency: With an output of 440W, these panels achieve impressive efficiency, rated up to 21.7%.

Bifacial Technology: DASolar solar panels are capable of utilizing reflected light from the back, increasing the total energy output by up to 30% compared to conventional panels.

Durability: Constructed with strong materials, these panels can endure severe weather conditions, including strong winds and heavy snowfall.

Warranty: Typically comes with a long warranty period, ranging from 30 years for performance to 25 years for product defects.

Overall, DAS‘s P-Type series panels are robust and versatile for various installations, particularly where larger panel sizes can be accommodated.

Features of DAS‘s N-type Series Solar Panels

DAS‘s N-type series, introduced in mid-2022, brings versatility and high performance to the solar panel market. This series is divided into three sub-series: D-Max, D-Matrix, and D-Mini. Here are the key features that make these panels stand out:

Range and Power Output
–Versatile Modules: The panels in this series offer a range of power outputs from 430W to 635W, suitable for various applications.
–High Efficiency: The D-Mini models, designed specifically for residential use, deliver between 410W and 435W with an efficiency rating of up to 22.3%. This positions them competitively among other cost-effective solar panel brands.

Design and Durability
–Bifacial Panels: The N-type series utilizes bifacial technology, allowing energy production from both sides of the panel, enhancing overall efficiency.
–Glass Backsheet: The inclusion of a glass backsheet improves the durability and lifespan of the panels, ensuring long-term performance.

Customization and Aesthetic Options
–Compact Design: The D-Mini panels, with dimensions of 1.7m by 1.1m, are tailored for residential settings where roof space might be limited.
–Aesthetic Choices: Customers can choose between black frames or an all-black appearance, allowing the panels to blend seamlessly with different architectural styles.

In summary, DAS‘s N-type series offers high power output, efficient energy production, durable construction, and customizable design options, making them a solid choice for both residential and commercial solar projects.

DAS‘s P-Type Series Performance Warranty

DAS offers a robust performance warranty for their P-type series solar panels. This warranty spans 25 years, promising reliable energy output throughout its lifespan. Specifically, the performance warranty ensures that the solar panels will maintain 80-85% of their original output capacity after 25 years.

Key Details:
–Initial Degradation: The panels experience a 2% reduction in output during the first year.
–Annual Degradation: From the second year onwards, the panels degrade at a rate of 0.50% per year.
–End-of-Term Performance: After 25 years, the performance warranty guarantees that the panels will still be operating at 86% of their initial output.

This detailed warranty ensures long-term efficiency and reliability, making DAS‘s P-type series a dependable choice for sustainable energy solutions.

Performance Warranty for DAS‘s N-Type Series

The N-type series boasts an impressive performance warranty, offering a long-term guarantee on output efficiency. Specifically, this series comes with a 30-year performance warranty. This means the panels are expected to retain at least 87.4% of their original output capacity even after 30 years of use.

Such a robust warranty positions the N-type series among the top performers in the market, comparable to other leading solar panel brands. This extended warranty not only underscores the durability and efficiency of the N-type series but also provides significant peace of mind for long-term investments in solar technology.

Features of Lightweight Solar Panels

Among the various innovative solar panel options available, a standout choice is lightweight solar panels. These panels are specifically designed for roof spaces that cannot bear the weight of traditional solar panels. Here are key features that set them apart

Weight and Size: Weighing in at just 9.9 kg with a slim thickness of 4mm, these panels are about half the weight of conventional solar panels. This makes them ideal for installations where weight is a critical concern.

Installation Method: Unlike traditional panels that are mounted using racks and brackets, these lightweight panels are glued directly to the roof. This adhesive method simplifies installation and reduces stress on the roof structure.

Power Output: These panels offer an impressive power output range of 415W to 430W, making them efficient power generators despite their lighter weight.

Efficiency: With a maximum efficiency rating of up to 20.8%, these panels make the most out of the sunlight they capture, ensuring effective energy conversion.

Technology: The panels utilize P-type solar cells, known for their robust performance and longevity, ensuring sustainable power generation.

In summary, lightweight solar panels are an excellent solution for buildings with weight restrictions, offering high efficiency and simplified installation without compromising on power output.

What Does Bloomberg Tier 1 Ranking Indicate?

The Bloomberg Tier 1 ranking is often misunderstood. Despite common misconceptions, it does not reflect the quality of solar panels. Instead, this ranking provides insight into the financial stability and reputation of the manufacturer.

Key points to note about Bloomberg Tier 1 ranking:

Bankability Assessment: The ranking gauges the manufacturer’s financial health based on publicly available information.

Manufacturer Reliability: Companies with Tier 1 status are typically larger, well-established entities known for their fiscal reliability.

Investment Confidence: This rating is designed primarily to guide financial institutions and investors, signaling the manufacturer’s ability to sustain operations and fulfill long-term contracts.

In essence, Bloomberg Tier 1 helps indicate whether a solar panel manufacturer is a dependable player in the industry, from an economic perspective.

Why Is Having an Office Location in Australia Important for Solar Panel Manufacturers?

Customer Service & Support Setting up a physical office in Australia ensures that manufacturers can provide robust customer support. Many solar panel manufacturers entering the market often establish distribution channels prior to focusing on customer service. This delay leaves customers struggling to claim their product warranties, sometimes needing to deal with overseas headquarters. With a local office, manufacturers can address these issues promptly, ensuring a seamless experience for Australian consumers.

Reliability & Trust A physical presence in Australia is a mark of reliability. Solar installations are long-term investments, with warranties often spanning 25 years. Over this period, depending solely on installers for after-sales support can be risky. Some installers may go out of business, leaving customers in a bind. A local office offers a stable point of contact, assuring customers that the manufacturer is committed to the market and their needs.

Faster Issue Resolution Having an Australian office allows for quicker issue resolution. Logistics and communication are streamlined when the support team operates in the same time zone and adheres to local standards. This can lead to faster response times, reducing downtime and inconvenience for customers.

Market Understanding A local office helps manufacturers gain a deep understanding of the Australian market. This insight can guide product development, ensuring that solar panels are suited to local conditions and preferences. It also enables manufacturers to stay abreast of regulatory changes and emerging trends, adapting more rapidly and effectively.

In summary, establishing an office in Australia is crucial for solar panel manufacturers to provide excellent customer service, build reliability, resolve issues efficiently, and understand the market better.

Models Utilized in the Xinjiang Awati Solar Power Plant

The Xinjiang Awati Solar Power Project, located in Awati County within the Aksu Prefecture of Xinjiang, took advantage of advanced photovoltaic technology. For this ambitious 400 MW capacity venture, the project integrated cutting-edge models known as DAS-DH144PA-545. These models were critical to achieving the high efficiency and performance benchmarks required.

Key Details of the Project:
Location: Awati County, Aksu Prefecture, Xinjiang Uyghur Autonomous Region
System Size: 400 MW
Commissioning Year: 2023

These model selections underscore a focus on maximizing energy output and reliability, reflecting the project’s commitment to technological innovation and sustainability in renewable energy initiatives.

The Xinjiang Awati solar power plant, located in Awati County, Aksu Prefecture, Xinjiang Uyghur Autonomous Region, has a robust system size of 400 MW. This impressive capacity highlights the scale and potential impact of the plant on the regional energy grid.

Key Project Details:
Project Name: Xinjiang Awati 400 MW Storage and Solar Power Plant
Location: Awati County, Aksu Prefecture, Xinjiang Uyghur Autonomous Region
System Size: 400 MW
Annual Average Grid-Connected Electricity Output: 800,000 MWh
Commissioning Year: 2023

This substantial system size ensures a significant contribution to local energy needs, demonstrating the project’s importance in the renewable energy landscape.

Are DAS Solar Panels Top Performers According to PV Evolution Labs?

Yes, DAS Solar panels have proven their excellence in the solar industry. According to rigorous evaluations by PV Evolution Labs, these panels have consistently ranked as top performers. They excelled in 5 out of 7 different tests, showcasing their superior quality and reliability.
This achievement highlights their capability to deliver outstanding performance across various scenarios and conditions.

Does DAS Solar Offer a Lightweight Solar Panel?

Yes, DAS Solar does offer a lightweight solar panel option designed for roof spaces that can’t handle the weight of traditional panels. These panels are specifically engineered to be both light and efficient.

Key Features:
Weight and Size: Each panel weighs just 9.9 kg and has a thickness of only 4 mm, making it approximately half the weight of standard solar panels.
Installation: These panels are designed to be glued directly to the roof, simplifying the installation process.
Power Output: They provide an impressive power output, ranging from 415W to 430W.
Efficiency: They utilize P-type solar cells and boast a maximum efficiency rating of up to 20.8%.

These lightweight panels are ideal for installations where traditional, heavier panels are not feasible.

Examples of DAS Solar‘s Projects

1. Xinjiang Awati Storage and Solar Power Plant
Location: Awati County, Aksu Prefecture, Xinjiang Uyghur Autonomous Region
System Size: 400 MW
Technology Used: DAS-DH144PA-545 models
Commissioning Year: 2023
Annual Output: Approximately 800,000 MWh

Although DAS Solar is a relatively new entrant in the Australian market, they’ve made significant strides globally, particularly in China. The Awati project stands out as a prime example of their capability, featuring an impressive annual grid-connected electricity output of 800,000 MWh.
Through projects like these, DAS Solar has demonstrated their ability to undertake and successfully complete large-scale utility endeavors.

Is DAS Solar Listed as a Bloomberg Tier 1 Solar Panel Manufacturer?

No, DAS Solar is not listed as a Bloomberg Tier 1 solar panel manufacturer. Bloomberg New Energy Finance (BNEF) Tier 1 classification is a mark of high reliability and bankability in the solar industry. The list is compiled based on factors like financial health, production capacity, and proven track record over time.

Manufacturers achieve Tier 1 status by meeting stringent criteria that reflect both their stability and the performance of their products in real-world applications. While DAS Solar produces quality solar panels, it does not meet the specific benchmarks required for inclusion in Bloomberg‘s Tier 1 category.

DAS Solar has significantly expanded its operations, now boasting an impressive production capacity. The company focuses on N-type solar panels and also offers lightweight options. Across its manufacturing facilities in China, DAS Solar can produce up to 30 gigawatts (GW) of solar panels annually.

Manufacturing Sites of DAS Solar

DAS Solar, established in Quzhou, China, in August 2018, has rapidly expanded its production capabilities. Currently, their manufacturing facilities are located across various regions within China. This strategic distribution allows them to maintain a significant product capacity, now reported to be 30GW.

These sites focus primarily on producing advanced N-type solar panels and include options for lightweight solar panels as part of their innovative offerings.

History of DAS Solar

DAS Solar, a relatively new player in the solar panel industry, was founded in August 2018 by Yong Liu in Quzhou, China. Despite being a recent entrant, the company has experienced a rapid growth trajectory.

By 2023, DAS Solar had already achieved a substantial manufacturing capacity of 30GW spread across several sites within China. The company has distinguished itself by focusing on innovative N-type solar panels, and they also produce a lightweight solar panel variant to cater to diverse customer needs.

Furthering its global reach, DAS Solar established its first international subsidiary in Germany in early 2023. Most recently, the company’s expansion included an address listed in Australia at Level 61, 1 Farrer Place. This location is noted to be associated with their legal representatives, King & Wood Mallesons.

In the beginning of 2023, DAS Solar launched its initial international subsidiary in Germany.

FoxESS is renowned for its cutting-edge and efficient solar inverters and energy storage solutions. Their systems are designed to optimize the use of solar power, ensuring high efficiency and reliability for both residential and commercial applications.

Key Features:

Pros:

Cons:

Ideal For:

Conclusion

The Dasolar 440W bifacial solar panels and the FoxESS solar system provide cutting-edge, high-performance options for enhancing the generation and utilization of solar power. The Dasolar panels are perfect for locations where the reflective properties of the ground can be utilized to boost the amount of energy produced, whereas FoxESS systems excel in managing and storing energy, guaranteeing a dependable and effective solar energy system.

This Solar System Promotion is accessible only for installations in standard urban areas. The cost is determined after the Small Scale Technology Certificates (STCs) have been allocated to Green Grid Pty Ltd, operating under the name Ultimate Energy Australia or its representatives. Any extra features such as multi-story installations, different roof types, upgrades to meter boxes, or three-phase power supply could lead to extra fees. The offer of a lower price is valid only for quotes from local competitors and must be for the same products.