LAVANCHA RENEWABLE ENERGY PRIVATE LIMITED

Cbd, Bengaluru, Karnataka

Top Benefits

• High Base Power & Efficiency: Features advanced M10/M10R N-type TOPCon cells that deliver a strong base power output of 615W to 645W, with a maximum module efficiency of 23.07%.

• Massive Bifacial Gains: The dual-glass design boasts a high bifaciality factor ($80 pm 10%$). By capturing reflected light from the rear side, a 30% bifacial gain can push the maximum power output up to an impressive 839W.

• Enhanced Reliability & Durability:

  • Built with MBB (Multi Busbar) technology for higher reliability and enhanced micro-crack tolerance.

  • Engineered to withstand harsh environmental conditions, easily sustaining heavy snow loads (5400 Pa) and wind loads (2400 Pa).

  • Features excellent resistance against PID (Potential Induced Degradation), ensuring long-term stable performance.

• Superior Hot Weather Performance: Offers a best-in-class thermal coefficient for power at -0.30%/°C. This means the panel suffers less power degradation and generates more yield in hot climates compared to standard modules.

• Better Weak Light Performance: Designed to produce superior energy output even in low-light conditions, such as cloudy days or during early mornings and late evenings.

• Bankable Warranty: Backed by a 12-year product warranty and an extended 30-year power output warranty. The linear degradation curve shows it retains a strong 87.4% of its initial power at year 30.

• Cost Effective (Lower LCOE): The combination of high power density, bifacial yield, and long-term reliability translates to higher commercial gains and a lower Levelized Cost of Energy (LCOE) for large-scale projects.

• Tier 1 Trust: Manufactured by a Bloomberg Tier 1 recognized company, complete with independent quality assessments and comprehensive ISO certifications.

Premier Energies ki ye PE-144 HC PERC series ek top-performer solar solution hai jo 530W se 560W tak ki power output pradan karti hai. Ismein advanced SMBB technology aur 144 half-cut cells ka istemal kiya gaya hai, jo light trapping ko behtar banakar module ki reliability aur output ko badhate hain. Bifacial dual glass design ki wajah se ye panels 5-25% tak zyada power generate kar sakte hain, jisse LCOE (Levelized Cost of Energy) kam aur IRR (Internal Rate of Return) zyada milta hai. Ye panels PID resistant hain aur inhe 5400 Pascal snow load aur 2400 Pascal wind load tak bardasht karne ke liye certify kiya gaya hai. Premier Energies in modules par 12 saal ki product warranty aur 30 saal ki power guarantee pradan karta hai, jisme pehle saal ka degradation 2% se kam aur uske baad annual attenuation sirf 0.45% hota hai.

We offer the Premier Energies 485w-510w Dcr Bifacial Single Phase Solar Panel from our Residential Series, measuring 2093x1134x35. This DRC Solar Module, proudly made in India, comes with a 10-year warranty. Our brand, Premier Energies, ensures top-quality new panels with a power supply range of 485-510w. Ideal for exporters, suppliers, distributors, and traders, this solar panel guarantees a long life and reliable performance for all your energy needs.

We offer the Premier Energies 485w-510w Non DCR Bifacial Single Phase Solar Panel, ideal for residential applications. This new, non-CDR panel from India boasts a size of 2093x1134x35 and a 10-year warranty. With a power supply range of 485-510w, this panel ensures a long life and reliable performance. Perfect for exporters, suppliers, distributors, and traders looking for high-quality solar solutions. Trust in the Premier Energies brand for top-notch solar panels that deliver exceptional value and efficiency.

RELIABILITY IS IMPROVED Higher corrosion resistance to severe conditions of sand dust, concentrated ammonia and salt mist Low risk of module warping & micro cracking HIGHLY AUTOMATED PRODUCTION LINE Multi stage EL and digitalised visual inspection results in lower defect rates Implemented engineering excellence ensures top notch quality LOWER LCOE Lower balance of systems cost Improves value proposition of the product with competitive ROI PROLONGED SAFETY ASSURANCE IP68 with potting JB provides higher level of water ingress protection High insulation resistance for ensuring electrical safety SUPERIOR HAIL TEST PERFORMANCE 45mm hail test passed from third party laboratory with impact velocity up to 27m/s

This high-efficiency module utilizes N-Type TOPCon technology combined with a Dual Glass (G2G) bifacial design to maximize energy capture from both the front and rear sides. It features a multi-busbar (MBB) architecture that reduces internal resistance and enhances tolerance against micro-cracks, ensuring long-term field reliability. With an $80pm5%$ bifaciality factor and a low temperature coefficient of $-0.29%/^circC$, this module provides superior generation even in high-temperature environments, all while being backed by a 30-year linear performance warranty.

Designed for maximum power density, this G12R series module achieves an exceptional conversion efficiency of up to 23.01%. The N-Type TOPCon technology significantly reduces LID (Light Induced Degradation) and LeTID, while the dual-glass construction offers robust protection against salt mist, ammonia, and PID. It delivers high bifaciality gains for increased total energy yield and features an ultra-low annual degradation rate of 0.4% from year 2 to year 30, making it a highly bankable solution for large-scale utility and commercial projects.

This module utilizes a high-efficiency Bifacial Glass-to-Transparent Backsheet (G2TB) design to capture solar energy from both sides, offering a bifaciality factor of $70pm5%$ for significantly higher total energy yield. It is engineered with Multi-Busbar (MBB) technology and half-cut cells to reduce internal resistance and improve shade tolerance, resulting in optimized performance even in partial shadow. With robust mechanical strength to withstand 5400 Pa of snow load and 2400 Pa of wind load, this module ensures long-term field reliability and is backed by a 27-year linear performance warranty.

This module combines Bifacial technology with a Dual Glass (G2G) design to significantly increase energy yield by absorbing light from both sides, potentially increasing generation by up to 25% depending on ground reflectance. The G2G structure provides superior durability against harsh environmental conditions like salt mist and ammonia, while the use of Ga-doped wafers ensures the least degradation from LID and LeTID. With a 30-year power warranty and a low annual degradation rate of only 0.45% after the first year, it offers a highly reliable long-term energy solution.

Utilizing a Transparent Backsheet (G2TB), this module offers the benefits of bifacial generation while remaining lightweight at 28 kg for easier rooftop installation. It features MBB cell technology that provides excellent anti-microcracking performance and a more balanced interior stress through a grid-pattern current path. The integration of Ga-doped wafers and smart soldering helps achieve high PID resistance and minimal degradation, backed by a 30-year linear power warranty.

key features rear view 23822 11342 application : certifications & standards: linear performance warranty 12-year product warranty on materials and workmanship* 30-year warranty for linear performance* caution: please read safety and installation instructions before using the product. *warranty: linear performance warranty for 30 years, with degradation up to 1% in 1st year and 0.4%/year from year 2 to year 30. please read insolation energy ltd. warranty documents thoroughly. is: 14286/iec 61215, iec 61730-1 and iec 61730-2, iec 62716, iec 62804, iec 60068-2-68, iec 61853, iec 61701 100% 85% 87.4% 1 05 10 18 20 25 30 600 wp 605wp 610 wp 615 wp 620 wp 625 wp 630 wp 635 wp platinum series ina132t210rggfxxx (xxx = 600-635 wp) 99% (after 1st year) 1. lcoe is reduced with lower bos costs, improving the product's value proposition and ensuring a competitive roi. 2. two peak performance periods for the optimal utilization of bifacial generation. 3. hassle-free installation with the ability to be mounted vertically in the east-west direction, offering improved resistance to soiling. 4. lower internal resistance boosts module power, helping to minimize power loss. 5. excellent pid performance guarantees limited power degradation. 6. reliable quality ensures better sustainability even in harsh environments such as deserts, farms, and coastlines with ammonia exposure. 7. cylindrical tabbing wire is used to minimize shading on the cell's active area. 8. a higher number of busbars makes pv modules less prone to eciency loss and increases tolerance to microcracks. 9. positive power tolerance. 10. higher eciency. 11. lower temperature coecient. 12. low attenuation, long warranty. 13. higher bifaciality

Utilizing M10R N-Type TOPCon cells, this module delivers a peak efficiency of up to 22.58% and is designed for maximum bankability in commercial and utility-scale projects. The implementation of high-transmission ARC glass and a split junction box design enhances energy capture and improves performance under partial shading conditions. It features a robust 35mm anodized aluminum frame that supports a mechanical snow load of 5400 Pa, providing high durability backed by a 30-year linear performance warranty.

reliability is improved higher corrosion resistance to severe conditions of sand dust, concentrated ammonia and salt mist low risk of module warping & micro cracking highly automated production line multi stage el and digitalised visual inspection results in lower defect rates implemented engineering excellence ensures top notch quality lower lcoe lower balance of systems cost improves value proposition of the product with competitive roi prolonged safety assurance ip68 with potting jb provides higher level of water ingress protection high insulation resistance for ensuring electrical safety superior hail test performance 45mm hail test passed from third party labor

ANTI-STAINING PERFORMANCE of the backsheet ensures reduced CLEANING FREQUENCY OF REAR SIDE of the module, leading to reduction in water usage WITH M10 CELLS BIFACIAL MODULE UP TO 560 W CYLINDRICAL TABBING WIRE is used to reduce the shadow on cell active area UP TO 15% POWER GAIN from ground facing side depending upon the albedo of the ground surface Implementation of bypass diodes in split JB series-parallel connections enable the module to perform in PARTIAL SHADOW CONDITIONS with respect to full-cell module HIGHER NUMBER OF BUSBAR makes the PV modules less prone to loss in effi ciency and increase tolerance to micro crack

CYLINDRICAL TABBING WIRE increases cell absorption by enhancing scattering effects Implementation of bypass diodes in split JB series-parallel connections enable the module to perform in PARTIAL SHADOW CONDITIONS with respect to full-cell module HIGHER NUMBER OF BUSBARS make the PV modules less prone to loss in efficiency and increases tolerance to micro cracksFIELD RELIABILITYis improveddue to multiple contact points on the cell which lowers the cell stress during module fabrication LCOE IS CUT BACK by using M6 size solar cell with adding more power output than lower size cell module LOWER INTERNAL RESISTANCE boosts module power helping to achieve minimal power loss with respect to previous variant modules

CYLINDRICAL TABBING WIRE increases cell absorption by enhancing scattering effects Implementation of bypass diodes in split JB series parallel connections enable the module to perform in PARTIAL SHADOW CONDITIONS with respect to full-cell module HIGHER NUMBER OF BUSBAR makes the PV modules less prone to loss in effi ciency and increase tolerance to micro cracks FIELD RELIABILITYis improveddue to multiple contact points on the cell which lowers the cell stress during module fabrication LCOE IS CUT BACK by using M12 size solar cell with adding more power output than lower size cell module LOWER INTERNAL RESISTANCE boosts module power helping to achieve minimal power loss with respect to previous variant modules

23.1% module efficiency Lowest temperature coefficient of power (-0.24% per C) Lowest annual deration (0.3% per year) 90.3% power at the end of 30 years warranty 86% 5% bifaciality Advance module interconnection for robust performance In-house quality & reliability programme more stringent than any available standard