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novasysgreenergy · 5 months

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The Benefits of Choosing 335W Polycrystalline Solar Panels for Residential Use

Introduction

In the quest for sustainable energy solutions, solar power has emerged as a frontrunner, offering homeowners a clean, renewable source of electricity. Among the various options available, 335W polycrystalline solar panels stand out as an excellent choice for residential use. Partnering with Novasys Green, a leading provider of solar solutions, homeowners can reap numerous benefits by opting for these advanced solar panels. Let's explore the advantages of choosing 335W polycrystalline solar panels for residential installations.

1. High Efficiency:

335W polycrystalline solar panels are designed to maximize energy production, leveraging advanced photovoltaic technology to convert sunlight into electricity with high efficiency. With an optimized design and superior cell architecture, these solar panels offer impressive performance even in low light conditions, ensuring optimal energy generation throughout the day and maximizing the return on investment for homeowners.

2. Space-Efficient Design:

Despite their high power output, 335W polycrystalline solar panel feature a compact and space-efficient design, making them suitable for residential rooftops with limited space availability. Their smaller footprint allows homeowners to maximize the use of available roof space, enabling the installation of more solar panels to meet their energy needs without compromising aesthetics or functionality.

3. Durability and Reliability:

Built to withstand the rigors of outdoor exposure and harsh weather conditions, 335W polycrystalline solar panels are engineered for durability and reliability. Constructed with high-quality materials and robust frame designs, these solar panels are resistant to corrosion, moisture, and temperature fluctuations, ensuring long-term performance and minimal maintenance requirements for homeowners.

4. Cost-Effective Solution:

Solar panels for commercial buildings offer a cost-effective solution for business owners seeking to reduce their electricity bills and lower their carbon footprint. With their high efficiency and competitive pricing, these solar panels provide an attractive return on investment, enabling business owners to recoup their initial investment through energy savings and potential incentives such as net metering and government rebates.

5. Environmentally Friendly:

By harnessing solar energy to power their homes, homeowners can significantly reduce their reliance on fossil fuels and contribute to environmental conservation efforts. 335W polycrystalline solar panels generate clean, renewable electricity without producing harmful emissions of greenhouse gasses, making them an eco-friendly choice for sustainable living. By adopting solar power, homeowners can play a proactive role in mitigating climate change and preserving the planet for future generations.

6. Versatile Applications:

In addition to residential use, 335W polycrystalline panels are also suitable as solar panels for commercial buildings, offering versatile applications and flexibility in installation. Whether installed on rooftops, ground mounts, or solar carports, these solar panels can meet the energy needs of a wide range of commercial establishments, including offices, warehouses, and retail spaces, while providing long-term energy cost savings and environmental benefits.

Conclusion

In conclusion, 335W polycrystalline solar panels offer numerous advantages for residential use, including high efficiency, space-efficient design, durability, cost-effectiveness, environmental friendliness, and versatile applications. Partnering with Novasys Green, homeowners can harness the power of solar energy to reduce their carbon footprint, lower their energy bills, and contribute to a sustainable future. With 335W polycrystalline solar panels, homeowners can enjoy clean, renewable energy while making a positive impact on the environment and their finances.

Also Read:

How Residential Solar Panels Can Increase the Value of Your Home

How M10 Mono PERC Half Cut Modules Are Shaping the Future of Solar Energy

Originally published at https://novasysgreenergy.blogspot.com

#novasys #novasys green #335W Polycrystalline Solar Panel #Solar Panels For Commercial Buildings

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contendresolar · 4 months

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Exploring Solar Modules: Types and Their Unique Features

Solar energy is becoming increasingly popular, and it has a promising future due to the numerous benefits of solar modules. These panels capture sunlight to produce electricity, making them an eco-friendly option for various uses. As technology improves, solar panels will be an essential part of a greener future. To know everything about solar modules in-depth, continue reading the blog till the end.

What are solar modules?

Solar light is converted into electrical power via a solar module, also known as a solar panel. It is constructed of silicon and additional components that, when exposed to photons from the sun, allow solar cells to transform them into electrical energy. At Contendre, we provide a range of solar modules, each with unique characteristics and uses.

P - Series Solar Modules

Polycrystalline solar modules comprise several silicon crystals in a single PV cell, and Polycrystalline PV panels account for 50% of global module output. Made up of numerous solar cells, each with silicon crystals that serve as a semiconductor device. As photons from sunlight land on the PN junction, they add energy to the electrons, causing them to flow as electric current these Polycrystalline solar modules are a popular choice in residential locations, particularly for rooftops, and have a simple structural frame for quick installation, and are suitable for rooftop applications.

Polycrystalline Module series

Available in 60 & 72 Cell variants

260W – 335W Modules

Also available in smaller variants of 30W-250W

1500v system voltage for longer string lengths

PID & Salt mist corrosion Resistant

IEC & BIS Compliant Modules

M - Series Solar Modules

After sunlight contacts the mono-crystalline solar modules, the cells absorb the energy and generate an electric field via a complex process. As a result, it consists of voltage and current, which are utilized directly to power DC. They can be applied to both business and residential settings. They work well for illuminating streets, gardens, and other areas. The advantages of mono-crystalline modules are their high efficiency, increased heat resistance, improved performance in low-light conditions, and suitability for overcast environments.

Polycrystalline Module series

Available in 60 & 72 Cell variants

260W – 335W Modules

Also available in smaller variants of 30W-250W

1500v system voltage for longer string lengths

PID & Salt mist corrosion Resistant

IEC & BIS Compliant Modules

X - Series Solar Modules

The X Series Modules are more efficient and generate more power in smaller spaces with fewer panels. X Series Modules provide multiple benefits, including higher voltage, superior aesthetics, high efficiency, and increased power and energy.

Bifacial, Twin Peak, High Voltage Modules

Highest Efficiency

Higher Outputs

Maximized Savings

IEC Compliant

Related guide: The Top Benefits of Solar Panels for Commercial Buildings.

G - Series Solar Modules

The G series Modules use Glass-glass designs, which use a glass layer on the back of modules instead of standard polymer back sheets. The combined strength of two sheets of glass makes the solar panel less likely to bend or develop microcracks in the cells. G series modules provide not only a longer service life but also a higher electricity-generating capability than standard panels. These panels offer a continuous and stable supply of free, green electricity for several decades.

Standard Variants of 40, 60 & amp; 72 Cells

Customized BIPV Solutions

Lower Degradation Rates

Better Lifespan than Standard Modules

IEC Compliant

Why Choose Contendre Solar Modules?

Choosing Contendre Solar Modules means investing in quality and performance. Contendre offers a range of solar modules, solar kits, and inverters from different series to fulfill diverse energy requirements. Our products are known for their efficiency, reliability, and affordability, making them a good choice for residential, commercial, and industrial applications.

Summary:

Solar modules play a crucial role in capturing and converting solar radiation into electrical energy. Solar modules come in various series, each with unique benefits like longevity, high performance, and efficiency. Contendre Solar Modules provides excellent choices to satisfy your requirements. Everyone may profit from clean, renewable energy thanks to solar modules, regardless of whether they wish to reduce their household energy consumption or whether their company is seeking sustainable practices. Discover the benefits of solar modules by exploring their world!

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its-mysun · 1 year

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Big announcement on Solar Subsidy for Homes

Government of India, through Ministry of New and Renewable Energy vide its Office Memorandum dated June 10 2022 has simplified the process for availing subsidy for rooftop solar systems for residential grid-connected rooftop solar plants.

Key highlights:

The national portal for subsidy is open now.

Subsidy shall be available only through this National Portal

Homeowners can buy solar from any registered vendor of their choice

Directly given to the homeowner on solar installation

Subsidy so available shall be same all over the country

Rates of subsidy will be notified for each calendar year

The amount of subsidy is fixed - Rs14588/- per KW upto 3KW and Rs 7294/- per KW for additional capacity upto 10 KW.

People having electricity connections directly from DISCOM - state or private are eligible.

Only domestically manufactured panels using domestically manufactured cells to be used. (presently only polycrystalline panels upto 335W available in this category).

You have to fill the capacity applied for subsidy while applying online (Please connect with your MYSUN Solar advisor to know your suitable capacity.

The project price will be directly decided between the supplier and beneficiary based on capacity and site. The subsidy amount will not depend on this.

The scheme is open only upto 31 Dec 2022.

According to us, this is a very positive step by the government. Now, homeowners can decide to go with quality solar companies without compromising on the quality and more importantly the service of their solar systems. This will also enable the solar industry to consolidate and develop a robust and elaborate sales and service infrastructure for rooftop solar.

MYSUN is running a special drive to help homeowners interested in subsidy and to curate their journey for a seamless and transparent experience.

For more details connect with your solar advisor at : +91 919873167009 or email us at: [email protected]

Source url- Big announcement on Solar Subsidy for Homes

#Solar subsidy #solar systems #solar installation #solar companies

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solarborn1 · 2 years

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300W-340W Poly Solar Panel With 72 Pieces Solar Cells

https://www.solarbornenergy.com/products/300w-340w-poly-solar-panel-with-72-pieces-solar-cells.html

The solar panels composed of 72 cells are 300w, 305w, 310w, 315w, 320w, 325w, 330w, 335w, 340w. This is currently the most popular style of Solarborn polycrystalline solar panels. We adhere to industry standards and solar panels are available. Quickly connect cables and work in series or parallel. Covering the world, 330w solar panels were often used in large-scale photovoltaic power plants in the past. Later, due to the relationship between price and output, most power stations gradually replaced polycrystalline with monocrystalline crystal.

Parameter Of 300W-340W Poly Solar Panel With 72 Pieces Solar Cells

Electrical Characteristics Of 300W Poly Solar Panel With 72 Pieces Solar Cells

Module Type

SLB72P6-300

Maximum Power (W)

300

Tolerance Wattage (W)

0~+5

Optimum Power Voltage (VMP)

37.42

Optimum Operating Current (IMP)

8.02

Open Circuit Voltage (VOC)

44.48

Short Circuit Current (ISC)

8.58

Module Efficiency (%)

17.3

Electrical Characteristics Of 310W Poly Solar Panel With 72 Pieces Solar Cells

Module Type

SLB72P6-310

Maximum Power (W)

310

Tolerance Wattage (W)

0~+5

Optimum Power Voltage (VMP)

37.76

Optimum Operating Current (IMP)

8.21

Open Circuit Voltage (VOC)

44.81

Short Circuit Current (ISC)

8.79

Module Efficiency (%)

15.98

Electrical Characteristics Of 315W Poly Solar Panel With 72 Pieces Solar Cells

Module Type

SLB72P6-315

Maximum Power (W)

315

Tolerance Wattage (W)

0~+5

Optimum Power Voltage (VMP)

37.94

Optimum Operating Current (IMP)

8.3

Open Circuit Voltage (VOC)

44.98

Short Circuit Current (ISC)

8.88

Module Efficiency (%)

16.23

Electrical Characteristics Of 320W Poly Solar Panel With 72 Pieces Solar Cells

Module Type

SLB72P6-320

Maximum Power (W)

320

Tolerance Wattage (W)

0~+5

Optimum Power Voltage (VMP)

38.12

Optimum Operating Current (IMP)

8.39

Open Circuit Voltage (VOC)

45.15

Short Circuit Current (ISC)

8.98

Module Efficiency (%)

16.49

Electrical Characteristics Of 325W Poly Solar Panel With 72 Pieces Solar Cells

Module Type

SLB72P6-325

Maximum Power (W)

325

Tolerance Wattage (W)

0~+5

Optimum Power Voltage (VMP)

38.3

Optimum Operating Current (IMP)

8.49

Open Circuit Voltage (VOC)

45.32

Short Circuit Current (ISC)

9.08

Module Efficiency (%)

16.75

Electrical Characteristics Of 330W Poly Solar Panel With 72 Pieces Solar Cells

Module Type

SLB72P6-330

Maximum Power (W)

330

Tolerance Wattage (W)

0~+5

Optimum Power Voltage (VMP)

38.48

Optimum Operating Current (IMP)

8.58

Open Circuit Voltage (VOC)

45.49

Short Circuit Current (ISC)

9.18

Module Efficiency (%)

17.01

Electrical Characteristics Of 335W Poly Solar Panel With 72 Pieces Solar Cells

Module Type

SLB72P6-335

Maximum Power (W)

335

Tolerance Wattage (W)

0~+5

Optimum Power Voltage (VMP)

38.67

Optimum Operating Current (IMP)

8.66

Open Circuit Voltage (VOC)

45.66

Short Circuit Current (ISC)

9.27

Module Efficiency (%)

17.26

Electrical Characteristics Of 340W Poly Solar Panel With 72 Pieces Solar Cells

Module Type

SLB72P6-340

Maximum Power (W)

340

Tolerance Wattage (W)

0~+5

Optimum Power Voltage (VMP)

38.73

Optimum Operating Current (IMP)

8.78

Open Circuit Voltage (VOC)

45.73

Short Circuit Current (ISC)

9.39

Module Efficiency (%)

17.26

#solar #lighting #system

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novasysgreenergy · 5 months

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Choosing the right solar panel: Why 10w Polycrystalline Panels Might be the Perfect Fit

As all know Solar panel is the most increasing source of renewable energy. Popularity has come due to the eco-friendliness and cost-effectiveness of powering a house. And Polycrystalline solar panel 10W is the choice when it comes to solar panels available.

Polycrystalline solar panels also referred to as multicrystalline panels composed of multiple silicon fragmented crystals. This silicon is melted and cooled to fragments and then molded before cutting into panels. Although they are less efficient and, they are slightly less expensive. They still have a serviceable life of well over 20 years.

Let’s see in detail what makes Polycrystalline solar panel 10W stand outstanding than others:-

Appearance

Polycrystalline panels are more noticeable and have a blue appearance. While there are variations in the actual cell shape, colour is likely to catch the attention more than other factors in residential solar panels.

Effective Energy Production

The Polycrystalline solar panel 10W effectively captures sunlight to provide clean, sustainable electricity. These panels efficiently convert sunlight into energy thanks to high-efficiency polycrystalline silicon cells, providing a dependable power source for industrial, commercial, and domestic applications.

Cost Effective

The method used to make silicon is what makes polycrystalline solar panels of Novasys Green less costly. Essentially, rather than being formed into a single crystal, the molten silicon is poured into a cast.

By utilizing a seed crystal with the appropriate crystal structure, liquid silicon may be allowed to cool to create this material with ease. In addition, there are further techniques, such as high-temperature chemical vapour deposition, for crystallizing amorphous silicon to create polysilicon.

In the casting process, silicon fragments are melted in a ceramic crucible and subsequently shaped into an ingot using a graphite mould. To aid in formation, a seed crystal with the intended crystal structure is added while the molten silicon cools.

Small and Condense Design

A notable feature of the polycrystalline solar panel 10W is their small size and space-saving construction, which makes them perfect for installations with limited space. These panels maximise energy output while taking up the least amount of area, whether they are installed on ground-mounted buildings, roofs, or facades.

Environmental Enhancement

Some producers of polycrystalline solar panels like Novasyas Green go above and beyond by developing new technologies that eliminate costly soldering, which also contains lead, making these panels even more environmentally friendly. This is in addition to the fact that solar panels can generate energy from the sun and thereby help reduce greenhouse gases and related environmental problems of extracting fossil fuels.

Conclusion

Energy prices may be reduced, carbon footprints can be reduced, and a more resilient and environmentally friendly future can be achieved by people and organisations investing in solar technology. Polycrystalline solar panel 10W is popular among house owners looking to install budget friendly residential solar panels.