Silfab 295 Spec Sheet PDF: A Comprehensive Overview
Silfab Solar’s SLA-X 295 modules, utilizing monocrystalline cells, boast a rated power of 295W and a 30-year output warranty, detailed within their specification sheets.
These PDFs outline electrical characteristics, mechanical dimensions, and performance data, crucial for installers and project developers seeking optimal solar solutions.
Accessing the official Silfab 295 spec sheet PDF provides comprehensive insights into certifications, temperature coefficients, and bifacial technology details.
Silfab Solar, a North American leader in PV module manufacturing, has established a reputation for high-efficiency and reliability within the solar energy sector. The company focuses on producing premium-quality monocrystalline modules, and the SLA-X 295 series exemplifies this commitment. This particular module, delivering a peak power output of 295W, is designed for both residential and commercial applications, offering a compelling balance between performance and cost-effectiveness.
The Silfab SLA-X 295 is engineered with advanced cell technology, aiming to maximize energy yield even in challenging conditions. Understanding the specifications detailed in the official spec sheet PDF is paramount for installers, system designers, and end-users. These documents provide critical information regarding electrical characteristics, mechanical dimensions, and warranty details, ensuring optimal system performance and longevity. The module’s design prioritizes durability and long-term power output, making it a valuable asset for any solar energy investment.
Silfab’s dedication to quality control and innovation is reflected in the rigorous testing and certification processes applied to the 295W module, as documented in their comprehensive spec sheets.
Understanding the Silfab SLA-X 295 Series
The Silfab SLA-X 295 series represents a significant offering within Silfab Solar’s product line, characterized by its high efficiency and robust design. This series utilizes monocrystalline solar cells, optimized for superior performance in diverse environmental conditions. The spec sheet PDF details that these modules are built to withstand harsh weather, featuring a durable construction and reliable power output.
Key features of the SLA-X 295 include its optimized power density, achieving 16.8W per square foot, making it ideal for maximizing energy generation on limited roof spaces. The spec sheet provides precise electrical specifications, including open-circuit voltage, short-circuit current, and maximum power point voltage. Understanding these parameters is crucial for proper system integration and performance prediction.
Furthermore, the series benefits from Silfab’s commitment to quality, backed by a comprehensive 30-year power output warranty, fully outlined in the downloadable PDF. This warranty underscores the long-term reliability and investment value of the SLA-X 295 modules.
Key Features and Benefits
The Silfab SLA-X 295 module boasts several key features, prominently highlighted in its spec sheet PDF. Its high-efficiency monocrystalline cells deliver exceptional power output, maximizing energy production even in less-than-ideal conditions. A significant benefit is the module’s bifacial capability, allowing it to generate power from both sides, increasing overall energy yield – details are thoroughly documented.
The spec sheet emphasizes the module’s robust construction, ensuring long-term durability and resistance to environmental stressors like wind, snow, and hail. This translates to reduced maintenance costs and a longer operational lifespan. Furthermore, the optimized design allows for greater power density, making it suitable for installations with limited roof space.
Beyond performance, the Silfab 295 offers peace of mind with a comprehensive 30-year power output warranty, a key benefit detailed within the PDF. This warranty, coupled with Silfab’s reputation for quality, makes it a reliable and valuable investment for residential and commercial solar projects.
Electrical Specifications of the Silfab 295
According to the Silfab 295 spec sheet PDF, the module exhibits a rated power output of 295W under Standard Test Conditions (STC). Open circuit voltage (Voc) typically ranges around 39.8V, while short circuit current (Isc) is approximately 8.93A. Maximum power voltage (Vmp) is around 32.5V, and maximum power current (Imp) is approximately 8.11A.
The module’s efficiency is a notable characteristic, often exceeding 16.8W per square foot, optimizing energy harvest from available roof area. The spec sheet details the temperature coefficients, crucial for predicting performance in varying climates. Power output decreases with increasing temperature, a factor quantified in the documentation.
Furthermore, the PDF outlines the module’s nominal maximum system voltage of 1000V DC, a critical parameter for system design and safety. These electrical specifications, meticulously detailed in the document, are essential for installers and engineers to ensure optimal system performance and compliance.
Mechanical Specifications and Dimensions
The Silfab 295 spec sheet PDF details precise mechanical attributes vital for installation planning. Typically, these modules measure approximately 65.7 inches (1670 mm) in length, 39.2 inches (996 mm) in width, and 1.6 inches (40 mm) in thickness. The module’s weight generally falls around 41.8 lbs (19 kg), influencing roof load considerations.
The front glass is constructed from tempered glass, ensuring durability and resistance to environmental factors. The frame is commonly made of anodized aluminum alloy, providing structural support and corrosion resistance. The junction box, typically located on the rear of the module, is rated for IP67 protection, safeguarding against dust and water ingress.
Furthermore, the spec sheet outlines the module’s cell arrangement and the type of backsheet used, contributing to overall module longevity. These dimensions and material specifications are crucial for ensuring compatibility with mounting systems and adhering to building codes.
Performance Data: Power Output and Efficiency
The Silfab 295 spec sheet PDF showcases robust performance metrics. The nominal maximum power (Pmax) is rated at 295W under Standard Test Conditions (STC) – 1000 W/m² irradiance, 25°C cell temperature, and AM 1.5 spectrum. Module efficiency typically ranges around 16.8W per square foot, optimizing space utilization.
Open-circuit voltage (Voc) generally falls between 39.8V and 40.5V, while short-circuit current (Isc) is around 8.8A to 9.0A. Maximum power voltage (Vmp) is typically 32.4V, and maximum power current (Imp) is approximately 9.1A. These values are critical for system design and inverter compatibility.
The spec sheet also details power tolerance, usually ±3%, indicating the actual power output may vary slightly from the rated value. Bifacial versions demonstrate increased energy yield due to rear-side power generation, enhancing overall system performance and return on investment.
Temperature Coefficients and Their Impact
The Silfab 295 spec sheet PDF meticulously details temperature coefficients, crucial for predicting real-world performance. The power temperature coefficient is typically around -0.35%/°C, meaning power output decreases by 0.35% for every degree Celsius above 25°C. This is a standard characteristic of solar modules.
Voltage temperature coefficient is generally -0.30%/°C, indicating a voltage drop with increasing temperature. Current temperature coefficient is around +0.04%/°C, showing a slight increase in current. Understanding these coefficients is vital for accurate energy yield estimations, especially in hotter climates.
Higher operating temperatures, common in summer months, can reduce module output. The spec sheet allows installers to model these losses and optimize system design for maximum energy production. Considering these factors ensures long-term system reliability and performance, maximizing the return on investment for solar installations.
Warranty Details: Power Output and Product Defects
The Silfab 295 spec sheet PDF clearly outlines comprehensive warranty coverage, a key factor for long-term investment security. Silfab typically offers a 30-year linear power output warranty, guaranteeing a certain percentage of initial rated power over the module’s lifespan. This warranty assures minimal power degradation over time.
Alongside the power output warranty, a separate product warranty covers defects in materials and workmanship. This generally spans 12 years, protecting against manufacturing flaws that could impact performance or safety. The spec sheet details the claim process and conditions for both warranties.
Understanding these warranty terms is crucial for installers and customers. Silfab’s robust warranty demonstrates confidence in product quality and provides peace of mind, ensuring long-term system reliability and minimizing potential financial risks associated with solar investments.
Cell Technology: Monocrystalline vs. Polycrystalline (Silfab’s Approach)
The Silfab 295 spec sheet PDF highlights the company’s commitment to high-efficiency monocrystalline cell technology. Unlike polycrystalline cells, monocrystalline cells are cut from a single silicon crystal, resulting in greater purity and superior performance.
Silfab prioritizes monocrystalline cells for the SLA-X 295 series due to their higher energy conversion rates and improved temperature coefficients. This translates to increased power output, especially in varying weather conditions. The spec sheet details the cell’s efficiency rating, often exceeding 21.5%.
While polycrystalline cells are generally more affordable, Silfab focuses on maximizing long-term energy yield and system reliability. Their choice of monocrystalline technology reflects a dedication to premium quality and optimized performance, as evidenced by the detailed specifications within the PDF.
Bifacial Technology in Silfab 295 Modules
The Silfab 295 spec sheet PDF showcases the availability of bifacial technology in certain models, significantly enhancing energy production. Bifacial modules generate electricity from both the front and rear surfaces, capturing reflected light to boost overall output.
Silfab’s bifacial 295 modules utilize premium N-Type bifacial cells, achieving front efficiencies up to 21.5% and module efficiencies reaching 22.7%. The spec sheet details the increased power gain achievable with proper installation and reflective surfaces behind the panel.
This technology is particularly advantageous in installations with light-colored roofs or ground surfaces. The PDF provides data on rear-side gain, allowing for accurate energy yield estimations. Silfab optimizes these modules for larger roof spaces, maximizing energy harvest and return on investment, as clearly outlined in the documentation.
Certifications and Standards Compliance
The Silfab 295 spec sheet PDF meticulously details the module’s adherence to rigorous industry certifications and standards, ensuring quality and reliability. These certifications validate the module’s performance and safety for global installations.
Key certifications typically include IEC 61215 for photovoltaic module performance, IEC 61730 for safety, and UL 1703 for fire safety. The PDF explicitly lists these and other relevant standards met by the Silfab 295, providing assurance to installers and consumers.
Compliance with these standards demonstrates Silfab’s commitment to delivering high-quality products. The spec sheet serves as proof of testing and validation, crucial for project approvals and insurance requirements. This documentation confirms the module’s ability to withstand various environmental conditions and operate safely over its lifespan.
Applications: Residential, Commercial, and Community Solar
The Silfab 295 module, as detailed in its spec sheet PDF, demonstrates versatility across diverse solar applications, including residential rooftops, expansive commercial installations, and increasingly popular community solar projects.
Its efficient design and reliable performance make it suitable for homeowners seeking to reduce energy costs, businesses aiming for sustainability, and developers building shared solar facilities. The module’s power output and dimensions, outlined in the PDF, facilitate optimal system design for varying roof sizes and energy demands.
Silfab’s partnership with Pivot Energy highlights its commitment to community solar, leveraging the 295 module’s efficiency in projects benefiting multiple households. The spec sheet provides the technical data necessary for engineers and installers to confidently deploy these modules in any of these application scenarios, maximizing energy yield and return on investment.
Comparison with Competitor Modules (290-300W Range)
Analyzing the Silfab 295 spec sheet PDF reveals key differentiators when compared to competitor modules in the 290-300W power range; Silfab often utilizes high-efficiency monocrystalline cells, potentially yielding a higher power output per square foot than polycrystalline alternatives.
The spec sheet details superior temperature coefficients, indicating less power degradation in hotter climates – a crucial advantage. Furthermore, Silfab’s modules, particularly the bifacial versions, may offer increased energy production due to their ability to capture sunlight from both sides, a feature not universally available in competing products.
Warranty terms, as outlined in the PDF, are also a significant factor; Silfab provides a robust 30-year power output warranty. A detailed comparison of efficiency ratings, mechanical specifications, and warranty coverage, all found within the spec sheet, demonstrates Silfab’s competitive edge.
Where to Find the Official Silfab 295 Spec Sheet PDF
Locating the official Silfab 295 spec sheet PDF is crucial for accurate project planning and installation. The primary source is the Silfab Solar website, specifically within their product documentation or downloads section. A direct search on the Silfab website using keywords like “SLA-X 295 datasheet” or “Silfab 295 specifications” will yield the most current version.
Authorized Silfab distributors and installers often host these PDFs on their websites for easy access. Reputable solar industry resource websites and databases may also archive spec sheets, but verifying the document’s date is essential to ensure it’s the latest revision.
Beware of unofficial sources, as outdated or inaccurate information can lead to errors. Always prioritize downloading the PDF directly from Silfab Solar or a verified partner to guarantee you have the correct and complete technical details for the Silfab 295 module.
Pivot Energy Partnership and Community Solar Projects
Silfab Solar’s partnership with Pivot Energy signifies a commitment to expanding access to renewable energy through community solar initiatives across the United States. This multi-year collaboration leverages Silfab’s high-performance modules, including the SLA-X 295, to power community solar farms, benefiting local subscribers.
These projects allow individuals and businesses to participate in solar energy generation without the need for rooftop installations. Silfab’s efficient modules, detailed in their spec sheets, contribute to maximizing energy production within these shared solar facilities, lowering electricity costs for participants.
Pivot Energy’s expertise in developing and managing community solar projects, combined with Silfab’s reliable module technology, creates a synergistic approach to sustainable energy deployment. The Silfab 295’s specifications, including power output and efficiency, are key factors in optimizing the performance of these community-based solar installations.
Safety and Installation Considerations
The Silfab 295 spec sheet PDF emphasizes adherence to all applicable electrical codes and safety standards during installation. Proper grounding is critical, as detailed in the documentation, to prevent electrical hazards and ensure system longevity. Qualified installers should always consult the complete installation manual alongside the spec sheet.
Handling the modules requires care to avoid damage to the cells, which can impact performance. The spec sheet outlines recommended lifting and handling procedures. Furthermore, appropriate personal protective equipment (PPE), including gloves and eye protection, is essential during all phases of installation.
Roof mounting structures must be compatible with the Silfab 295’s dimensions and weight, as specified in the documentation. Regular inspections, as recommended in the spec sheet, are vital to identify and address any potential safety concerns or performance degradation over time, ensuring a safe and efficient solar system.