VEMC-Blogs

Category: solar power company

Save Big on Solar: Unlock Incentives and Tax Benefits for Affordable Installation in Mumbai

by vemcoblogs -

Why Solar Power Incentives Matter in India

India has emerged as a global leader in renewable energy adoption, and solar energy is at the heart of this transformation. The Indian government along with other state governments offer a variety of incentives to encourage the use of solar energy. These initiatives aim to reduce the financial burden of installing solar systems, making them more accessible. These incentives, paired with the tax benefits, present a lucrative opportunity for businesses to embrace solar energy especially in metropolitan cities like Mumbai. Whether it is a rooftop solar scheme or leveraging solar EPC companies for installations, affordable installation is no longer a distant dream.

1. The Pradhan Mantri Kisan Urja Suraksha Evam Utthaan Mahabhiyan (PM KUSUM) Scheme

The PM KUSUM scheme is a landmark initiative that empowers farmers through solar energy. It subsidises the installation of solar pumps and grid-connected solar power plants, enabling farmers to harness renewable energy for irrigation and agricultural purposes. This lowers the dependency on traditional sources of electricity.

2. The Rooftop Solar Scheme

The Rooftop Solar Scheme promotes the adoption of solar energy adoption in residential, commercial, and industrial sectors. Under this scheme, financial assistance is provided to individuals and organisations installing rooftop solar photovoltaic modules. The scheme also incentivises the use of solar capex models, wherein the user bears the upfront cost of solar systems and ensures significant savings in the long run.

3. The Solar Power Purchase Agreement (PPA)

Solar Power Purchase Agreements (PPAs) has recently gained popularity amongst those looking to adopt solar energy without the burden of upfront costs. In this model, a third-party solar provider installs and maintains the solar system while the user pays a pre-determined tariff for the energy consumed.

4. Income Tax Benefits for Solar Installations

The tax benefits attached to solar energy in India is a rewarding proposition for those looking to switch to renewable energy. Businesses adopting solar energy can avail of accelerated depreciation on solar assets, reducing their taxable income.

5. State-Specific Solar Subsidies and Incentives

Maharashtra, like several other states, offers additional solar subsidies and incentives to promote the adoption of renewable energy. By partnering with solar EPC companies, users can ensure they make the most of these state incentives for affordable installations.

6. Net Metering Policies

Net metering policies have also made solar energy more attractive for the users. These policies allow users to feed excess solar power generated by their systems back into the grid and receive credits on their electricity bills. 

Adopting solar energy in Mumbai has never been this easier, thanks to the array of incentives and tax benefits offered. Partner with VEMC to make your transition to renewable energy smooth and cost-effective. With over 75 years of experience, we provide end-to-end solar solutions, from consultation to installation and maintenance of solar PV modules. You can reach us at +91 98199 07445, +91 8976951701, 02243436655, or email us at marketing@vemc.co.in for any information or assistance.

Unlocking the Future of Solar Power Systems in Mumbai: A Sustainable Vision for Urban Growth

by vemcoblogs -

Mumbai – the city of dreams and the financial capital of India – is witnessing rising energy demands and an ever-growing environmental footprint. With its abundant solar resources, transitioning to solar power is no longer a choice but a necessity. By leveraging advanced technologies and solutions, solar EPC companies are paving the way for a more sustainable future for Mumbai.

VEMC offers solar EPC services in Mumbai, helping businesses work in a clean, green and sustainable way. 

Why is Solar Power Ideal for Mumbai?

Mumbai has a tropical climate, receiving ample sunlight throughout the year. This makes solar power a perfect fit for the city’s energy needs. Here’s a closer look at the factors driving the adoption of solar power in Mumbai:

  • Abundant solar resource: Mumbai’s geographical location ensures high solar irradiance, making it ideal for generating clean energy through solar photovoltaic (PV) modules.
  • Rising energy demands: The city’s ever-growing population strains the conventional power grid. Solar power offers a decentralised and reliable alternative to meet the city’s increasing energy requirements.
  • Environmental impact: Solar energy is a clean and sustainable source of power. It helps reduce greenhouse gas emissions and combats the growing threat of climate change.

The Future Potential of Solar Power in Mumbai

Mumbai’s solar future lies in innovative solutions and a community-driven approach. Here are the top trends shaping this future:

  1. Rooftop solar revolution

Residential and commercial rooftops are being transformed into powerhouses of energy generation. These installations utilise solar photovoltaic modules and cater to energy needs while reducing electricity bills. By opting for the solar capex model, businesses and residents can benefit from a cost-effective and ownership-driven approach to solar adoption.

VEMC is leading this rooftop solar revolution with customized solar EPC services, ensuring seamless installation, maximum efficiency, and long-term savings. As a trusted Kirloskar dealer, the services are not only of high quality, but is also back by technical expertise, right from site survey to system commissioning. 

  1. Solar-powered smart cities

With the integration of solar technology in urban planning, smart cities powered by solar are becoming a reality. Solar streetlights, solar-powered public transport, and sustainable building designs are some of the advancements on the horizon. Leading solar EPC services like VEMC are making these transitions seamless.

  1. Storage solutions and hybrid systems

The intermittency of solar power is no longer a challenge with advancements in battery storage technologies. Hybrid systems that combine solar power with traditional grids ensure a round-the-clock energy supply. This not only enhances energy reliability but also minimises dependency on non-renewable sources.

  1. Community solar projects

Community solar projects offer an innovative solution in a city where space is at a premium. Multiple complexes can pool resources to install a single solar system, reducing individual costs significantly. This collaborative model democratises access to solar energy and promotes inclusivity.

Why Should you Partner with VEMC for Your Next Solar EPC Project?

VEMC, a trusted name in solar energy, specialises in delivering high-quality solar EPC services. Our solutions are designed to maximise the efficiency of solar PV modules while minimising costs. Whether you’re looking to invest in a solar capex model or need guidance on integrating the latest solar technologies, our expertise ensures a sustainable and reliable energy future.

Shine Bright with a Green Choice

The transition to solar power in Mumbai is more than an environmental choice—it’s a necessity for sustainable urban growth. You can get started with a simple consultation to understand solar EPC services.

VEMC is one of the leading solar EPC companies with over 75 years of experience. Contact us at +91 9819907445, +91 8976951701, 02243436655, or email us at marketing@vemc.co.in for more information.

How to Evaluate Performance Ratio (PR) in Solar Power Plants

by vemcoblogs -
solar power plants

When it comes to optimising the efficiency of a solar power plant, understanding its Performance Ratio (PR) is crucial. PR is a key metric that helps gauge how effectively a solar installation is converting sunlight into usable energy. 

For businesses and organisations that have invested in solar power installations, knowing how to calculate and improve PR can significantly enhance returns on investment.

In this blog, we will explore how to evaluate the Performance Ratio (PR) in solar power plants and share best practices to optimise system efficiency.

What is Performance Ratio (PR)?

Performance Ratio (PR) is a measure of how efficiently a solar power system is performing in comparison to its theoretical maximum output. It is expressed as a percentage and helps assess how well the system converts sunlight into electricity under real-world conditions.

  • PR Formula:
    PR = (Actual Output / Theoretical Output) x 100

A higher PR indicates a more efficient system. Typically, a PR between 75% and 85% is considered good for a solar power plant.

Factors Affecting PR

Several factors influence the PR of a solar power installation:

  • Environmental Conditions: Weather conditions like temperature, humidity, and dust accumulation can affect solar panel performance. Extreme heat may reduce efficiency, while shading can also lower output.
  • System Design: Poor system design, such as improper panel orientation or suboptimal inverter capacity, can negatively impact PR. Ensuring the solar panels are correctly positioned to capture maximum sunlight is key.
  • Maintenance: Regular cleaning of the panels and timely maintenance of inverters and cables are essential to keep the system running at optimal efficiency.
  • Degradation of Solar Panels: Over time, solar panels lose their ability to convert sunlight efficiently. Monitoring this degradation is important for maintaining a good PR.

Measurement Techniques

To accurately measure PR, specialised tools and methods are used by professionals from solar installation companies. These include:

  • Data Logging Systems: Data loggers record various parameters like solar irradiance, panel temperature, and system output to provide a clear picture of the plant’s performance.
  • Inverter Data: Inverter performance data can also help calculate PR by comparing the energy produced with the theoretical output based on the amount of sunlight received.
  • SCADA Systems: Supervisory Control and Data Acquisition (SCADA) systems enable real-time monitoring of solar plants, helping in the accurate calculation of PR.

Analysing PR Data

Once the PR is calculated, it’s essential to interpret the data to identify any inefficiencies:

  • Identifying Performance Drops: If the PR is declining over time, it could signal problems like panel degradation, dirt accumulation, or system faults.
  • Seasonal Variations: Keep in mind that PR can fluctuate based on seasonal changes. Higher temperatures or heavy rainfall can affect solar power generation temporarily.

Improving PR Ratio

There are several ways to improve the PR of a solar power plant:

  • Regular Maintenance: Cleaning the panels and maintaining the inverters and cables ensures optimal performance.
  • System Optimisation: Work with a professional solar installation company to adjust panel angles, replace underperforming inverters, or add components like power optimisers.
  • Monitor and Act: Regularly monitor the performance of the solar system using tools like SCADA and act promptly when inefficiencies are detected.

The Takeaway

Evaluating the Performance Ratio (PR) is an essential aspect of managing and optimising a solar power plant. By understanding the factors that affect PR, using accurate measurement techniques, and taking steps to improve system performance, solar power installations can deliver better energy efficiency and cost savings. 

For businesses looking for reliable solar solutions, partnering with a trusted solar installation company like VEMC can ensure that their solar power installations achieve maximum efficiency and a high PR ratio.

For more information or to speak with our experts, feel free to connect with us on +91 98199 07445 or 022 43436655, or email us at marketing@vemc.co.in.

The Versatile Applications of PICO

by vemcoblogs -

As energy costs rise the world over, technologists and companies alike are working hard to find innovative solutions to meet the energy needs of businesses and communities. One such path-breaking idea is that of PICO developed by Kirloskar Brothers Limited (KBL). PICO is a pump that can be run in reverse and acts as a turbine to generate electricity. VEMC is a leader in solar power systems, solar EPC contracts, pumps, air compressors, and other electromechanical equipment, and in this blog, we tell you about the versatile applications of PICO.

Rural connectivity

One of the most pressing issues for India and the entire developing world is the lack of energy infrastructure deep in the rural infrastructure. Even in this day and age, this keeps thousands of villages in darkness. Well PICO can make a big difference in this regard by making village households somewhat energy self-sufficient. This can especially be used for lighting for studying, evening chores, family gatherings etc. thus improving the standard of life considerably.

Remote farms

By supplying electricity to remote farms for lighting, pumping, irrigation etc. PICO can help a great deal in bolstering the energy availability in India’s agriculture sector. It is especially crucial for off-grid farms and can help them generate and store their own electricity.

High rise buildings

With its compact and easy-to-install design, PICO can be conveniently used in high-rise buildings which typically have lots of confined spaces. It can be a quick and easy source of power without the hassles of too much wiring and labour costs. With the flexibility that PICO offers, it can provide power as per the demands of the building. Being a highly energy-efficient solution, PICO can help significantly reduce the electric bills of any high-rise and also reduce its carbon footprint.

Battery charging and other intermittent load operations

In times of power outage, PICO can act as a great source of energy to charge your inverter, phone or laptop, and also keep your WiFi connectivity going. This can enable you to work from home even in times of outages and load shedding, which can otherwise significantly hamper your business or professional commitments.

Small grid-connected power plants

PICO can seamlessly integrate with small grid-connected power plants thanks to its standardised interface. By maintaining power frequency, quality and voltage levels, it contributes to grid stability. It also helps in managing power efficiently through strategies like peak shaving and load shedding. This has significant cost-related benefits for the grids. With its scalable design, PICO can help small power plants expand their supply as the power demand grows. 
PICO is one of the most outstanding innovations by KBLs exceptional engineers and has the potential to transform the small-scale energy domain. To know more about PICO, feel free to get in touch by calling us on 022 43436655 or emailing us at marketing@vemc.co.in. VEMC is a leader in solar power systems, solar EPC contracts, pumps, air compressors, and other electromechanical equipment.

The concept of solar battery storage and its role in maximising solar energy use

by vemcoblogs -
solar energy company

Solar energy generation can fluctuate due to several reasons such as cloudy weather or night time. At other times (like during bright sunny summer days), your solar panel output could be boosted manifold. To level these crests and troughs and have a consistent supply of electricity, your solar battery storage can be extremely useful. VEMC is the leading solar energy company based in Mumbai, and in this blog, we talk about the concept of solar battery storage and how it can help maximise solar energy use.

Role of batteries in solar power

Batteries play a significant role in storing the excess solar power generated during the crests, such as on bright sunny days. But let us look at the elaborate function of batteries in solar energy systems:

  1. Managing load: By supplying electricity during periods of high demand and storing it when the demand is low, batteries help even out the load and reduce the burden on the electricity grid, especially during peak times. Solar batteries in a way act as a grid support system by injecting electricity into the grid and contributing to its stability.
  2. Backup support: In cases of sudden outages and load shedding, batteries can act as a buffer and provide ample backup to keep your domestic or business operations running.
  3. Reduction of electricity charges: Batteries can reduce the electricity charges by supplying extra electricity during peak demand. This can help consumers save significant amounts of money.
  4. Maximising self-consumption: Greater storage of electricity encourages users to consume it within their households and businesses. Excess energy generated during the day or sunny conditions is stored for later use, thus enhancing the energy self-sufficiency of the users. This also reduces the reliance of the users on the grid.

With batteries, use solar power at night and on cloudy days!

With solar power batteries in place, you no longer need to worry about energy supply at night or on cloudy days. This is because batteries store the excess energy generated during the daytime and over the longer time horizon, during the bright sunny days of summer. This energy can then be used when sunlight is not available at all, that is, at night or is not as abundant, like on overcast days. These solar power batteries play the role of levellers when it comes to electricity supply.

Cost-savings with solar batteries

Having installed solar batteries, you no longer need to worry about humongous electricity bills. Much of your consumption will be satiated with the energy stored in your batteries thus reducing your electricity bills, especially during times of peak demand.
Solar power batteries are fantastic complementary equipment for solar PV systems. If you’re planning to invest in a solar energy system or simply wish to know more about it, feel free to get in touch with VEMC by calling on 022 43436655 or emailing us at marketing@vemc.co.in. We are the leading solar energy company based in Mumbai.

The Role of Solar Charge Controllers in Protecting Batteries and Optimizing System Performance

by vemcoblogs -

If you are a solar PV system owner, you must be aware of the critical accessories that are necessary for the health of your system. One such equipment is a solar charge controller which regulates the charging and discharging of your batteries and also controls the power output. VEMC is the leading solar energy company based in Mumbai and in this blog, we tell you about the role that a solar charge controller plays in protecting and enhancing the performance of your solar power system.

Functions of solar charge controllers

  • Overcharge protection: 

For starters, a solar charge controller protects your batteries from overcharging. As soon as the voltage exceeds the protection voltage, the battery is automatically disconnected. 

  • Deep discharge prevention: 

Converse to overcharge protection, solar charge controllers also prevent deep discharge of your batteries. When the voltage of the battery falls below the over-protection voltage, the solar charge controller turns off the battery output to prevent deep discharge, only to restore the power supply when the battery is recharged.

  • Battery health monitoring: 

A solar charge controller is connected to the same battery terminals and can therefore keep track of the voltage to determine the state of the charge. By constantly monitoring the voltage of the battery, a solar charge controller keeps up-to-date about its health

Types of charge controllers and their suitability

Lets now talk about the two main types of solar charge controllers and the scenarios they best fit into.

  • Pulse Width Modulation (PWM) controllers: 

These are traditional solar charge controllers which operate by connecting directly from the solar array to the battery bank. These controllers are smaller and are suitable only to operate at battery voltage. These must be used with arrays matched with battery voltage.

  • Maximum Power Point Tracking (MPPT) controllers: 

These, on the other hand, are more advanced as compared to the PWM controllers and operate at maximum power voltage. As a result, the output produced is maximized which is great in cold conditions when the voltage of the solar array is much higher than the battery voltage.

Using proper settings for maximum energy harvest and battery lifespan

The right charge controller settings can bring rich dividends when it comes to power output as well as the lifespan of your battery. Different types of batteries work well with different settings. Some of the most important settings that need proper configuration for best results are:

  1. Battery floating charging voltage
  2. Battery over-discharging protection voltage
  3. Battery over-charging protection voltage
  4. Charge controller capacity
  5. Maximum charging current
  6. System voltage

If you’re a solar panel owner, you must make sure you have a quality solar charge controller in place to have maximum harvest and also prolong the working life of your batteries. For more information

on solar charge controllers, feel free to call us on 022 43436655 or email us at marketing@vemc.co.in. We are the leading solar power company based in Mumbai.

The Future of AI and Blockchain in Solar O&M

by vemcoblogs -

Solar energy is fast becoming one of the most favored sources of renewable energy across the world. But one of the most exciting aspects of solar PV systems is their ability to blend seamlessly with the latest technological developments across the board. AI and Blockchain are two new technologies that have a promising potential to drastically improve operations and maintenance in the solar energy space. VEMC is a leading solar energy company in Mumbai, and in this blog, we tell you all you need to know about the role of these technologies in solar energy.

Applications of AI in solar O&M

  • Predictive maintenance: 

An immense amount of thought, effort and finances go into maintaining solar power systems. But with the ability of processing past data through AI, you can zero in on equipment that need your immediate attention to prevent sudden breakdowns. This can  help reduce costs and avoid downtime.

  • Anomaly detection: 

With AI, anomalies can be detected with precision and in a timely manner. These include hotspots, potential induced defects (PID) or problems with diodes, strings or junction boxes.

  • Performance optimisation: 

AI can perform an enormous role in boosting the performance of your solar panels. Specialised algorithms can accurately perform data analysis to determine the optimal use of solar power. AI can also be used to monitor modules and micro-inverters for quick redressal of any anomalies. 

  • Automation: 

By analysing data from solar power systems, AI can help in automating the decision-making process and ensuring highest levels of efficiency and performance. 

Blockchain for secure data management and traceability

  • Asset tracking: 

As the solar energy industry is growing rapidly every passing year, its supply chain is becoming ever more complex creating challenges for traceability. With blockchain technology however, granular data can be collected at asset level and can be recorded on-chain.

  • Performance logging: 

With blockchain-based platforms, users can gain real-time insights for optimum performance of their on-grid solar system. The distributed ledger system helps monitor and log data exchange between panels, storage systems and the grid.

  • Warranty verification: 

With its decentralised and distributed ledger, blockchain technology can be used in keeping immutable records of warranty claims and records of equipment. These records cannot be tampered with and can thus offer an authentic and transparent warranty management mechanism.

Benefits of AI and Blockchain integration

  • Improved efficiency: 

One of the most outstanding benefits of both AI and blockchain technologies is more efficient operation of solar power systems.

  • Reduced costs: 

By streamlining the operations, AI and blockchain help in reducing human effort, cost of energy and material.

  • Enhanced transparency: 

These technologies offer highest levels of transparency in terms of authentic data records and documentation. Blockchain especially is a highly innovative way to capture and communicate important information across the solar power system.

For more on how technologies like AI and Blockchain can transform your conventional solar power system, feel free to call us on 022 43436655 or email us at marketing@vemc.co.in. We are the industry leaders when it comes to solar power installation.

The Importance of Solar Energy in Reducing Maintenance Cost of a Building

by vemcoblogs -

Solar energy is one of the most preferred alternative sources of energy. It is especially gaining popularity among Indian users given the abundant sunlight that the tropical country receives coupled with the facility of net metering that allows owners to reduce their electricity bills significantly. But solar energy has a more indirect but significant benefit for your building as well. VEMC is the leading solar energy company based in Mumbai, and in this blog, we tell you how your rooftop solar system can help reduce the maintenance cost of your building.

Reducing wear and tear

Solar panels are installed with either ballasted racking system or roof clamp system, neither of which require you to drill holes in your roof. Rather than damaging your roof, solar panels help protect it by offering an additional protective layer on top of it. They protect the roof from the harsh rays of the sun as well as inclement weather conditions like hail, snow and heavy rains. The overall effect of rooftop solar panels is reduced wear and tear of your roof.

Minimised dependance on traditional energy sources

Energy amounts to a huge cost in maintaining any residential, industrial or office building. Rooftop solar systems help reduce the dependence of your building on traditional sources of electricity. Besides, on-grid solar power systems equipped with net metering facility also help reduce your electricity bills by exporting excessive electricity to the grid.

Simpler maintenance needs

Maintaining your solar panels is quite simple and cost effective. For starters, solar panels sold by VEMC are made of durable material with an average life-span of around 25 years. But the maintenance is quite easy as there are no moving parts and these panels rarely encounter any technical problems being so simple in design. All that is needed is some occasional sprinkling of water and a quick wipe to keep the dust and debris off the panels and enable them to function at peak productivity levels.

Case in Point: Godrej Coliseum

Godrej Coliseum is a mammoth commercial complex located in Sion, Mumbai and provides office space to shipping, pharmaceutical, BPO, auto and telecom businesses. It is spread across an area of around 83 million square feet and offers amenities like escalators, car-parking, fire-fighting systems and advanced security. To power such an enormous commercial facility, VEMC installed mono-crystalline modules and Delta inverters with a total capacity of  75 kW. In coordination with the DISCOM, the facility of net metering was also installed. Post-installation feedback revealed that the client saved upto 1.2 lakh unit of electricity annually which amounted to Rs. 12 lakh.

Rooftop solar panels are a blessing when it comes to reducing the energy and maintenance costs of your building. For more on how our rooftop solar panel systems can help you reduce your costs, feel free to call us on 022 43436655 or email us at marketing@vemc.co.in. We at VEMC are the leading solar energy company based in Mumbai.

5 Ways Solar Metering Can Maximise Your Energy Savings

by vemcoblogs -

Whether in domestic, office or industrial setting, solar energy is catching up as one of the most preferred alternative energy sources. The growing efficiency and energy savings offered by solar PV systems across the world have provided further headwinds to this trend. 

VEMC is the leading solar energy company based in Mumbai, and in this blog, we take you through the 5 ways in which solar metering can maximise your energy savings.

1. Lower electricity bills

For starters, installing a solar PV system on your rooftop will instantly cut your electricity bills as the burden will shift away from your grid. Solar panels support a wide range of appliances such as TV,  air conditioners, refrigerator, lights, dishwashers , etc., depending upon their capacity. Users have in fact reported a reduction of up to 90% of their bills.

2. Government incentives

Solar energy is being incentivised by governments across the world owing to its contribution towards a green, carbon-neutral future. Whether in the form of subsidies, tax breaks or other incentives, you can benefit greatly from generating electricity from your rooftop solar plant. VEMC, a leading solar installation company, can also get you more information on the incentives available in your city.

3. Alternative heating system

A significant portion of your electricity is consumed by heating devices like geysers and cookers. The charges that are accrued by running these heating devices can be somewhat neutralised or completely eliminated using solar panels. This is a great way to capture the already available and abundant energy of the sun to heat up your liquids, food or homes, in a clean way.

4. Net metering

Net metering is an ingenious way to sell and keep a record of the excess energy that you export to your electricity grid. In case you do not use all the electricity that your solar panels produce, you can sell the surplus to your local supplier and earn money. At the very least, net metering can enable you to offset your energy bills. All you need is a ‘net meter’ which keeps a record of electricity imported and exported.

5. Higher property value

Finally, solar panels are known to increase property value in the long run. Research suggests that homes with solar panels are also more marketable or put simply, they sell faster! This is a rather indirect, yet significant value that solar panels bring to your property.

When it comes to energy savings, solar PV systems are one of the leading solutions worldwide as they offer a number of ways to cut down on your energy costs. We’ve seen above how they reduce electricity bills and even enable you to monetise your solar PV system through net metering.

For more information on how solar panels help you make savings, speak to our experts by calling us on 022 43436655 or emailing us at marketing@vemc.co.in. We at VEMC are the leading solar energy company based in Mumbai, with over 70 years of industry experience.

Sizing your solar system: finding the perfect balance for your energy needs

by vemcoblogs -

Having a solar power system is a smart way to meet your electricity needs at home and business. However, to make sure that you are able to fulfil your needs without wasting any energy, sizing your solar system is necessary. This allows you to avoid over or underinvesting in your solar system and getting just the perfect one suited for your needs. VEMC is the leading solar panel installation company in Mumbai and in this blog, we tell you how to perfectly size your solar system.

Factors to consider in sizing

  1. Consumption: 

Higher the levels of usage or consumption, more will be the size of the solar power system required. This means a bigger solar power system will be needed in a business or industrial setting as compared to a domestic one.

  1. Location: 

Where you live also impacts the sizing of your solar power system. If you live in a tropical region that gets plenty of sun all year round, even lesser solar panels will produce good amount of energy. However, in temperate regions, you my require bigger solar systems to make up for the low sunlight during the winter season.

  1. Climate: 

Although climate is largely a function of geographical location, some places neverthess are too cloudy or rainy due to other factors like altitude, monsoons etc. If you experience too much of overcast weather during the day, this will also necessitate installing a bigger solar power system.

  1. Efficiency: 

Highly efficient monocrystalline solar panels produce plenty of energy over a limited surface area. This also plays a role in determining the size of your solar system.

A step-by-step guide on sizing

  1. Calculate your usage: 

For starters, you must be aware of your annual energy usage. You can find this from your electricity bill which may also exhibit the peaks and valleys of energy consumption. Find out the average usage of electricity per day.

  1. Find out your peak sun hours: 

The peak sun hours vary according to your location and climate. To make the most of your solar power, find out your peak sun hours using a sun hours chart.

  1. Calculate the size of your solar power system: 

To find out the size of a solar power system that would be most suited for your needs, divide your daily energy requirement (in kWh) by your peak sun hours. This will give you a kW output. Divide this by your solar panel’s efficiency and you’ll get an estimate of the number of panels you’ll need.

Alternatively, if you know the “efficiency factor” of the solar panels (lets say 0.2), here’s the formula to find out the size of your solar power system:

(Daily kWh / Average sun hours) x 0.2 = Size of solar system

Proper sizing of your solar power sytems is very important to ensure optimal performance and cost effectiveness. For consultation on sizing your panels, call our experts on 022 43436655 or email us at marketing@vemc.co.in. VEMC is the leading solar installation and consulting company in Mumbai. Get in touch today!

10 Solar Energy Hacks for the Next-Generation Solar Power User

by vemcoblogs -

If you own a solar power system, you would want to get the maximum out of it. Luckily, there are plenty of hacks to enhance the efficiency and output of your solar panels. These range from choosing the right type of panel to maximizing their exposure. VEMC is the leading solar power company based in Mumbai, and in this blog, we share 10 solar energy hacks that every next-gen solar power user ought to know.

  1. Use monocrystalline grade A panels

How well your solar panel performs depends a great deal upon the quality of the panels. Monocrystalline Grade A panels are by far the best when it comes to efficiency and productivity.

  1. Increase efficiency using anti-reflection coating

These allow cells to absorb more rays rather than reflect them back. Without these, upto 30% radiation is wasted. 

  1. Get a professional to install your solar panels

Ensure that the installer you have hired possesses the required skills and certifications. Do a background check and find out what others are saying about their past installations.

  1. Ensure the right orientation

In the northern hemisphere, the best orientation for maximum exposure is the geographic south. On the other hand, if you live in the southern hemisphere, it is best to have your panels face the north. If thats not possible, have them face the west as the last resort as this is the direction of the sunset. You can expect more value from energy collected later in the day.

  1. Track the sun with your panels

Trackers enable you to follow the sun as it passes across the sky. While these are most common in commercial solar farms, smaller ones can also be used domestically.

  1. Don’t use too many devices simultaneously

Use your stored power for a longer time period by avoiding too much drain in a short span. As much as possible, stagger your usage over a longer time horizon.

  1. Clean with plain water and sponge 

Dust and debris can block the solar radiation from reaching your panels. To wipe it away, use clean water and a non-abrasive sponge. This will avoid unnecessary scratches on the cell surface. Also, do not use pressure washers to avoid damage. In case there is any stuck-on grime, just use some dish detergent and water.

  1. Use LED bulbs

LED bulbs use at least 75% less energy as compared to incandescent bulbs. By installing LED bulbs in your house or facility, you can reduce energy consumption and prolong the supply significantly.

  1. Use maximum utilities during the day

When you’re using your devices such as dishwashers during the day, you mostly use solar energy. This enables you to avoid the costs of power from the grid.

  1. Use solar power for innovative devices

Besides the usual solar panels, use your solar power in innovative ways. These include having solar cookers, solar geysers, heaters etc. This will allow you to take a huge burden off your conventional supply.

For more information on how best to use your solar energy, feel free to get in touch with VEMC by calling on 022 43436655 or emailing us at marketing@vemc.co.in. We are the best solar company based in Mumbai.