Agriculture is the backbone of many countries' economies and sustains millions of livelihoods globally. However, conventional agriculture practices are associated with environmental degradation, such as soil depletion, water pollution, and greenhouse gas emissions. The increasing demand for food and fibre coupled with climate change impacts has intensified the need for sustainable agricultural practices. One solution that has emerged is the use of green energy in agriculture. Further, we will explore the opportunities and challenges associated with green energy solutions for sustainable agriculture.Opportunities:Solar-powered irrigation: Solar-powered irrigation systems have the potential to transform agriculture in many developing countries where access to electricity is limited. These systems use solar panels to power pumps, allowing farmers to irrigate their crops even in areas with unreliable electricity supply. Solar-powered irrigation systems reduce energy costs and increase water efficiency, making them an attractive solution for farmers in areas with water scarcity.Wind-powered water pumping: Wind turbines can be used to power water pumps, providing a sustainable solution for irrigation. Wind-powered water pumping is an environmentally friendly option as it does not emit any greenhouse gases. It is also a cost-effective option for farmers as they do not have to pay for fuel or electricity to power the pumps.Biogas plants: Biogas plants are an innovative solution that converts organic waste into renewable energy. Biogas plants can generate electricity, heat, and biofertilizers. They can also reduce greenhouse gas emissions by converting organic waste into energy instead of letting it decompose and emit methane, a potent greenhouse gas. Biogas plants can also provide a sustainable solution for managing livestock manure, a significant contributor to greenhouse gas emissions.Challenges:Initial cost: The initial cost of setting up green energy solutions such as solar-powered irrigation, wind-powered water pumping, and biogas plants can be high. This can deter farmers from adopting these solutions, particularly small-scale farmers who may not have access to financing.Technical know-how: Green energy solutions require technical expertise, which may not be readily available in rural areas. Farmers need to be trained on how to operate and maintain these systems, which can be a challenge.Policy and regulatory challenges: There may be policy and regulatory challenges that hinder the adoption of green energy solutions. For instance, some countries may have regulations that make it difficult to connect to the grid, limiting the use of solar-powered systems. There may also be a lack of incentives or subsidies to encourage the adoption of these solutions.Policies and incentives:Governments can play a crucial role in promoting the adoption of green energy solutions in agriculture by providing policies and incentives that support their implementation. Some of the policies and incentives that can be implemented include:Financial incentives: Governments can provide financial incentives to farmers to encourage them to adopt green energy solutions. For instance, they can offer subsidies to offset the initial costs of setting up these systems.Training and education: Governments can provide training and education to farmers to help them understand how to operate and maintain green energy solutions.Regulatory reforms: Governments can review their policies and regulations to ensure that they support the adoption of green energy solutions. For instance, they can amend regulations to make it easier for farmers to connect to the grid and sell surplus energy generated by green energy solutions.Conclusion:Green energy solutions such as solar-powered irrigation, wind-powered water pumping, and biogas plants offer significant opportunities for sustainable agriculture practices. However, their implementation faces several challenges, including high initial costs, technical know-how, and policy and regulatory hurdles. Governments can play a crucial role in promoting the adoption of these solutions by providing policies and incentives that support their implementation. With the right policies and incentives, green energy solutions can transform agriculture and help

Statutory Warning:             It is mandated law that used batteries must be disposed-off in any manner other than depositing the same with dealer, manufacturer or registered recycle appointed by the company at their designated collection centers.   Do’s •        Read the instructions and think above the safety first. •        Store and install the batteries in a cool and dry location. •        Storage beyond three months is not recommended always give a freshening charge prior to dispatch, so do the regular monitor and charge the batteries as soon as possible for extended the storage periods. •        Use proper tools and safety wearable when working with lead acid battery. •        Ensure that the battery is connected in the right polarity. •        When multiple batteries connect in series, ensure all batteries voltage level should be on almost equal level, it should be periodically monitor and maintain during the uses for better performance and battery life. •        Recharge the batteries immediately after discharging. •        The Charging Voltage measured across the battery terminals must be maintained at 14.4V ± 0.2V for single battery. •        Get your Inverter system / Solar system checked regularly and ensure battery should be regular charged up to recommended voltage level (Full Charged) with proper charging current. System Low voltage cutoff not to below 10.5V ± 0.2V for single battery. •        Water loss will take place during usage, Check and maintain the electrolyte level with in the band marked on the level indicator. Always use DM (De-mineralized) water for top up and never use Acid / Tap water for battery top up. •        Keep the battery away from sparks, heat source or fire. •        We recommended transporting the battery in upright position, never bend the terminal nor solder directly. Always use the appropriate connectors. Don't s •        Do not expose the packed batteries to rain and Sunlight •        Do not exceed the storage period without giving freshening charge to the battery. •        Do not install or store the batteries in rooms with high temperature. •        Do not short-circuit the terminals of the battery or cells during assembly. •        Do not reverse charge the batteries, while using a long stored batteries a supplementary charge is required. •        Do not over tight / under tight the terminal bolts which may cause terminal breakage or fire due to loose contact. •        Do not use mix batteries of different types, capacity or makes or age. •        Do not use underrating cables or improper lugs or Nut Bolt for connecting the battery. •        Never install any type of battery in a completely sealed container, sufficient ventilation to be provided for air circulation. •        Do not allow any metal object to rest on the battery; this may be cause of short circuit. •        Do not add Acid /Tap water or rainy water for water top up, use DM (De-mineralized) water only. Do’s Read the instructions and put safety above all else. Store and install the batteries in a cool and dry location. Storage without recharge for more than three months is not recommended; always charge the batteries before dispatch do the regular monitor & charge the batteries as soon as possible for extended storage periods. Use proper tools and safety wearable when working with a lead-acid battery. Ensure that the battery is connected with the right polarity. When connecting multiple batteries in series, ensure that the voltage levels of all batteries are at or near the same level; they should be monitored and maintained on a regular basis for improved performance and battery life. Recharge the batteries immediately after discharging them. The charging voltage (Boost Voltage) measured across the battery terminals for a single battery must be kept constant at 14.4 ± 0.2 volts. Ensure that system low voltage cutoff is not less than 10.5 ± 0.2 volts / Battery. Get your inverter system and solar system checked regularly, and ensure your batteries are regularly charged up to the recommended voltage level (fully charged) with proper charging current once in a week. Water loss will take place during usage. Check and maintain the electrolyte level within the band marked on the level indicator. Always use DM (de-mineralized) water for battery top-up and never use tap or acidic water for battery top-up. Keep the battery away from sparks, a heat source, and fire. We recommended transporting the battery in an upright position; never bend the terminal nor solder directly. Always use the appropriate connectors. Don't s Do not expose the packed batteries to rain or sunlight. Do not exceed the storage period without giving the battery a fresh charge. Do not install or store the batteries in rooms with high temperatures. Do not short-circuit the terminals of the battery or cells during assembly. Do not reverse charge the batteries; while using long-stored batteries, a supplementary charge is required. Do not over tighten or under tighten the terminal bolts, which may cause terminal breakage or fire due to loose contact. Do not mix batteries of different types, capacities, makes, or ages. When connecting the battery, do not use underrated cables, lugs, nuts, or bolts. Never install any type of battery in a completely sealed container or box; sufficient ventilation must be provided for air circulation. Do not allow any metal object to rest on the battery; this may cause a short circuit. Do not add acid, tap water or rainy water for water topping up; use DM (de-mineralized) water only.  

Discussion around battery efficiency is possibly at the highest point as most electronics and now the electric vehicle customers are demanding long life of batteries while giving the optimum output. The demands though at loggerhead with each other, is important inflection point for users both in terms of safety and durability. Hence there are different types of batteries that the companies are trying to trifle with so that an array of best answers is provided for the users. Solar deep cycle batteries are different from regular batteries in terms of power output. Regular batteries like those used in fossil fuel driven cars produce a shorter burst of electricity. But deep cycle batteries can produce ongoing, lower yet consistent, levels of power.Deep-cycle batteries are popular for off-grid or hybrid solar systems because they can be completely discharged and are not damaged as quickly as normal batteries can be. For example, an acid lead-acid battery, can only be discharged at a maximum of 50% to extend its useful life.When using batteries for solar panels as part of integrated home solar system, the deep-cycle batteries allow users to store the excess electricity that the solar panels produce instead of sending that energy back into the grid. Electricity is only sent to the grid if the batteries are fully charged and the solar panels are still producing energy. While there are options of producing solar energy while being grid-tied, which essentially means no requirement to add a battery, but hybrid solar solutions are increasingly popular. But any off-grid lifestyle or travel will need a solar battery. A few situations that demand deep cycle battery and its efficiency are life in camper or motorhome or a boat where battery storage is the only way to ensure continued energy access. Depending on the necessity and situation there is a plethora of deep cycle solar technologies and products available in the market like Flooded lead acid, sealed lead acid, and lithium iron phosphate enabled batteries which all have their own advantages, from maintenance levels, to cycle lives, and charge rates. Deciding on the right solar storage solution can be challenging with all of the deep cycle battery options available. There’s not a one-sized-fits-all solution, but by weighing the cost and benefits with help of skilled manager advisors, one should be able to invest in a suitable battery bank and create own solar storage system. 

Technology that addresses the increasing concerns on environment, reduces fossil fuels and demonstrates less damage to the human, animal, and plant health are loosely termed as green technology. In the current business scenario when one of the primary focus of all companies is developing a sustainable business that is least environment disruptive, reduces the amount of waste and pollution that are created during production and consumption, it is pertinent that the use and demand for Green technologies are on a rise. The demand of sustainable technology is such that, worldwide, green technology investments reached $755 billion in 2021, a sharp rise from the previous year, according to research by BloombergNEF.The sectors that saw maximum investments in lieu of green technology are energy (alternate energy sector) and transportation (electric vehicle), followed by significant focus also on developing sustainable materials, carbon capture, and energy storage, although these figures were dwarfed by the investment in energy and transportation.However, like all investments, in the face of covid challenge and increasing financial pressure during the economic downturn in recent years, Green technology is also facing the challenge of investments and financing. More so because green investments have become a case of business survival as compared to sustainable business line. Original Equipment Manufacturers (OEM) and Original Design Manufacturers (ODM) mostly led small and medium businesses are facing the brunt of limited investments.As design, product specifications and demand for customized products increase with digital adaptions, the requirement for OEM & ODM line of products, research and development, integration of green features is also equally important. However, to maintain the line of research and product offerings, it will need structured investment commitments. Managing green innovation investment in a Co-opetitive supply chain under capital constraint is a challenge of modern day and government together with private manufacturers need to create dedicated financial instruments to get over the roadblock and attract green technology innovators (GTIs), who are committed in making the world a better place.The challenge of investing in green technology is twofold-- while the objective of the investor is to increase personal wealth, and to make the world a better place through socially responsible investing. While this is a challenging task, there are enough opportunities today that are rewarding enough to protect the investor’s portfolio and the environment together. 

According to a study by Invest India, the LED lighting market in the country grew 130-fold within five years, increasing from annual sales of 5 million bulbs per year in 2014 to about 670 million in 2018 resulting in 30 terawatt hours (TWh) of energy savings annually. While the initial driver of the LED market creation was driven by governments’ demand under the ‘Unnat Jyoti by Affordable LEDs for All’ (UJALA), the next level of deamdn creation will be originating from Street Lighting National Programme (SLNP), through which government not only aims to replace the regular street lightings with LED lights but also looks to address the highway lighting infrastructure in the country. Incidentally, SLNP is the world’s largest streetlight replacement programme and UJALA is the world’s largest domestic lighting project.The LED bulbs equipped road infrastructure not only helped with energy-efficient, cost-effective lighting but also offered and higher lumen output than conventional incandescent bulbs, lighting up the darkest city corners. The SLNP made roads safer for pedestrians and motorists due to enhanced brightness. There are plans to retrofit or install 30 million LED streetlights by 2024.Looking forward, IMARC Group expects the Indian LED market to reach US$ 9.7 Billion by 2027, exhibiting a CAGR of 23.31% during 2022-2027, with the country clocking the fastest growth in the entire Asia-Pacific region.The ambitious growth plans of India is also expected to intensify further, driving up the demand for the LEDs as the government rushes in to fulfil India’s commitment to reach net zero by 2070 according to Prime Minister’s announcement at COP26.As per the updated Nationally determined contributions (NDC), India now stands committed to reduce emissions intensity of its GDP by 45 percent by 2030 from 2005 level and LED usage in residential, commercial and infrastructural usage is going to lead the way forward.LED lighting has also become a key enabler of the ‘One-Word Movement’ LIFE – that is ‘Lifestyle For Environment’ as it has truly armed the vision of change for wider population to live a modern lifestyle that does not harm our planet. According to studies, India’s massive LED bulb campaign is reducing emissions by 40 million tonnes annually, as India progressively continue to decouple economic growth from greenhouse gas emissions.

Original equipment manufacturers (OEMs) are an infallible part of the manufacturing process –where a right partnership not only offers products and services for value for money but also assures of best technology and green production process. With sustainability of processes with least environmental impacts becoming one the most important cogs in the entire manufacturing line, it is pertinent that even the smallest OEMs toe the line of least carbon technology.Adoption of new processes can be intimidating and the return to investment is viable only in the long run. Thus, imbibing green manufacturing rules while maintaining production scale and profit is a challenge that the entire manufacturing sector is facing with Industry 4.0. Especially with smart technologies paving the way forward, it has become a necessity to maintain continuous power supply, data analysis equipment and response mechanism, which all adds to further carbon generation. As effectively said, “Responsible Manufacturing is Smart Manufacturing,” and changes towards Climate Effective Manufacturing needs to start right at the grassroots where the MSMEs are the owners of the products. Though they do not have a say over the last product that is reaching the customers, 7.9 million MSME/ OEM enterprises will definitely have an impact over the carbon emission from manufacturing sector. However as understood and also discussed in many forums, in most cases, given the size of the OEMs, it is difficult for them to make these changes. Technology implementation, sustainable processes and changes for environment friendly manufacturing by OEMs will need handholding, at least in the short run, by the larger organisations along the manufacturing chain for whom the cost of remaining ‘Unsmart’ can result into becoming ‘Uncompetitive’. In the long run, awareness creation about the benefits of green manufacturing and Sustainable practices can also help the OEMs remain efficient with materials, giving better returns to investment. In turn, these Smart OEMs will have lesser waste to deal with and hence disposal costs will also decrease. Furthermore, with government also appreciating efforts for sustainability, they can qualify for reduction in environmental taxes. Eco-friendly measures can not only help to gain access to new markets but also enables the OEMs to demonstrate sustainable credentials.

As India looks to generate alternative sources of energy and reduce dependency on coal to achieve its net-zero emissions by 2070 and achieving non-fossil fuel energy capacity of 500 gigawatts, 50% energy requirements from renewable sources, reducing total projected carbon emissions by 1 billion tonnes and reducing the carbon intensity of the economy to less than 45% by 2030, it is pertinent that Solar energy is tapped and used most efficiently and widely. According to Council on Energy, Environment and Water (CEEW), for India to reach its bold target of having net-zero emissions by 2070, the country's solar power capacity would have to rise to over 5,600 GW, coal use particularly in the power sector will have to drop by 99 per cent by 2060 and crude oil would need to peak by 2050 and fall substantially by 90 per cent in the two decades thereafter.Unfortunately, India has failed to meet the projected target to produce 20 GW of solar power by 2020. In such a scenario, the smaller private applications like solar powered products are not only adding value to sustainability, but also helping India to meet its NetZero target, it promised at COP26.In tandem with the global requirement, the netizens of India are also having increased awareness with a data generated by search engine JustDial showing the demand for solar equipment rising by 14% last month on a year-on-year basis. During the same period, demand in tier-1 cities rose by 13% and tier-II by 11%. The two most searched solar equipment were solar panels and geysers while solar lights, inverters, and fences made the top-5 most searched solar products in the country. Delhi, Bengaluru, and Pune were the top three in terms of the adoption of solar energy.In keeping with the trend that private consumption of solar powered products is going to lead the market, the PM-KUSUM (Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan) scheme aimed at rural India saw an increase of allotment to off-grid solar power consumption including solar lanterns, street lighting systems and solar water pumps from Rs 700 crore to Rs 776 crore in 2021-’22, thus creating a stable market for solar products in the country.Reference:https://scroll.in/article/1016253/to-meet-its-net-zero-target-india-needs-to-allocate-more-funds-for-renewable-energy-in-the-budget#:~:text=India's%20five%20new%20pledges%20are,economy%20to%20less%20than%2045%25.https://economictimes.indiatimes.com/industry/renewables/for-net-zero-india-needs-5600-gw-of-solar-capacity-coal-usage-drop-by-99-ceew/articleshow/87485500.cmshttps://economictimes.indiatimes.com/industry/renewables/demand-for-solar-panels-geysers-surges-in-delhi-bluru-pune-amid-power-outages/articleshow/91639642.cms?utm_source=contentofinterest&utm_medium=text&utm_campaign=cppst

The battery is considered the core of power backup system. The Fortuner Inverter Battery requires very low maintenance compared to comparable inverter batteries from other brands. One can extend the existing Fortuner Inverter Battery lifespan, with a few simple maintenance tips. So, let’s run down the list of easiest and quickest tips on how to maintain an Inverter Battery. Tip 1: Always Store & Install Battery in an Airy SpaceMake sure to install the inverter battery in an open or airy place which will provide natural cooling air circulation to counter the heating problem if inverter battery. Do not use, store or leave the inverter battery in hot places (e.g. by the fire, near a heater or in direct sunlight Tip 2: Keep the Inverter Battery Away From Inflammable ObjectsIt is recommended to place the inverter battery in a safe place away from flammable and volatile objects which could set the inverter battery on fire causing an inadvertent disaster. Tip 3: Cleaning of Battery TerminalsAlways look out for dust or worn out rusty surfaces on the battery terminals. In case you find any, please contact Luminous Service Personnel for check-up and services. Tip 4: Cleaning of Battery TerminalsMake sure to periodically check the inverter battery water level every 45 days and ensure that the water level is not below the minimum level. Tip 5: Top-Up the Battery only With Distilled WaterOne needs to top-up inverter battery with distilled water only. Normal tap water and RO water should not be used for top-up as they contain dirt and other impurities that can shorten the battery life. It is suggested to use Luminous Inverter Batteries distilled water that are designed for durability and long life of the batteries. Tip 6: Keep the Battery Surface CleanIt is absolutely important that the inverter battery’s surface is always clean and dust free. The best way to clean the surface of inverter battery is to use a clean cotton cloth to wipe off the dirt.

For those unaware, the purpose of an off-grid inverter is simple, yet essential for anyone looking to set up an off-grid or backup power system, including solar-powered systems. Inverters convert the DC power stored within a battery (direct current, 12V, 24V, or 48V)into AC power (alternating current, 230-240V) that can be used to run your household items and electrical appliances, from fridges to televisions to mobile phone chargers. Inverters are an essential item for anyone without access to the main power source, as they can easily provide a plentiful amount of electricity. Inverters come in many different shapes and sizes and vary in various ways. There are two main contrasting characteristics between different types of off-grid inverters: • The type of power output, categorized by which sine wave it uses – modified or pure sine wave. We produce only pure sine wave inverters, which are more efficient and have a broader range of suitable appliances they can power, compared to modified sine wave inverters. • What internal frequency the inverter circuits operate at – low frequency or high frequency (not to be confused with AC power output frequency which is a standard 50Hz for our inverters). Low-frequency inverters have the advantage over high-frequency inverters in two fields: peak power capacity and reliability. Low-frequency inverters are designed to deal with higher power spikes for longer periods of time than high-frequency inverters. Power spikes can occur for a number of reasons (e.g. devices like power tools, pumps, vacuum cleaners and other appliances with electric motors require high starting power); when inverters experience such spikes, they can endure the increased power for a short period of time before shutting down in order to prevent any damage being done to them. Low-frequency inverters have much greater peak power capacity to handle large loads with power spikes than high-frequency inverters. In fact, low-frequency inverters can operate at the peak power level which is up to 200% of their nominal power level for several seconds, while high-frequency inverters can operate at 150% power level for a small fraction of a second. The second main difference is reliability: low-frequency inverters operate using powerful transformers, which are more reliable and sturdy than the high-frequency inverter’s MOSFETs, which use electronic switching and are more prone to damage, particularly at high power levels. In addition to these qualities, low-frequency inverters come with a wide range of technical features and capabilities that most high-frequency inverters lack; these include a built-in battery charger; UPS (Uninterruptible Power Supply) functions; by-pass mode various charge settings (like different battery types and charging voltages). In terms of other differences, low-frequency inverters can sustain verse grid inputs conditions, like voltage fluctuations, high voltage spikes, and lightning. But high-frequency inverters cannot sustain the same. Serviceability is an important challenge for the inverter industry; in high-frequency inverters a lot of electronics components with complex design circuits in case of inverter failure you have to replace complete electronics PPCB, which cost is approx 80% of the new inverter. But with the transformer-based (Low-Frequency inverter) inverter's designs are much simple and easily repairable. Any technician can repair at the component level if in any verse case need to replace electronics PPCB with new PCB that cost will be not much more approx 30-40% of new inverter. Low-frequency inverters are not ideal for everyone; they’re very large and are considerably heavier than high-frequency inverters, and would be best suited for those who either are building an off-grid power system with no significant power restrictions or who run powerful appliances and devices with electric motors like power tools, washing machines, vacuum cleaners, and air conditioners. Low-frequency inverters are also best suited for those who want to power various kitchen appliances such as refrigerators, microwaves, dishwashers, and ovens. Enhanced peak performance capacity and improved reliability of low-frequency inverters mean that they cost more than high-frequency inverters. If you do not consume a lot of energy and you only have small appliances that you need to power, or you have limited space for an inverter, then a high-frequency inverter would be more suitable for you. Low-frequency inverters remain a fantastic investment for anyone who has a lot of powerful electrical appliances in a place with limited or no access to standard electricity. Coupled with a suitable solar power kit, low-frequency inverters can not only provide a reliable backup power solution but completely replace conventional electricity with the same quality power supply. The price you would pay for a low-frequency inverter over a high-frequency inverter should be considered a long-term investment, given how unlikely the low-frequency inverter is to break down. They are indeed bigger, stronger, and tougher.

Power outages have grown commonplace. Excessive grid load and unequal electricity distribution across grids are only a few of the reasons. The end-user has clearly been harmed, and the only viable alternative is to switch to a backup source. Inverters are built to meet this critical requirement.With the usage of a solar inverter, you will have the added benefit of off-grid power generated by the sun, which is completely free, and you will be able to lower your monthly electricity expenses. However, if you’ve found yourself confused amidst the hundreds of solar inverters present in the market, here’s a detailed step-by-step process to help you select better. Step 1: Learn about the many types of solar inverters that are regularly utilized. Grid-tie, off-grid, and hybrid inverters are the three main types of solar inverters available on the market today.  Grid-tie inverter: This device converts DC to AC and has the capacity to synchronize with a utility line. This inverter has no battery and is meant to send your unused power to the grid. Its input circuitry might be fitted with MTTP technology.  Off-grid inverter: A stand-alone (off-grid) inverter converts DC to AC from a storage battery. Electricity is provided by these inverters to a variety of residential and business projects. These lower wattage ones are mostly used to power household appliances.  Hybrid inverter: This device likewise converts DC to AC, but it has the advantage of being able to be utilized in both grid-tied and off-grid PV systems.  Step 2: Compare the efficiency of various solar inverter models. Because efficiency is the lifeblood of any solar inverter, it's important to emphasize it while shopping for one. So far, SMA has the greatest conversion efficiency of nearly 98 percent, while Omnik has the highest micro inverter conversion efficiency of 96.5 percent. However, not all high-efficiency inverters are appropriate for your specific needs, so proceed with caution when making your final selection.  Step 3: Take note of each solar inverter's critical parameter. A solar inverter does not create power, but it does require a set of parameters to ensure that it functions properly. The input DC voltage, output AC voltage, frequency, and circuitry that suits it are the most significant factors to consider. The input voltage for a typical domestic solar power system, for example, is between 24 and 48 VDC.  Step 4: Make sure the inverter you select has a lot of power. Solar inverters are frequently put outside of a structure. If that's the case, they'll need to be able to withstand a variety of weather conditions. Under this situation, you'll want to see if the inverter has a strong casing or some other technology that ensures it will perform even in extreme conditions.  As you may be aware, high temperatures cause the PV system's voltage to rise, while low temperatures cause it to fall. The inverter may be damaged or get worse if the maximum voltage standard is exceeded. The inverter may stop operating if the voltage in the system is too low. IP65 technology ensures that the inverter is rarely impacted by adverse weather conditions.  Step 5: Checkout for additional features LCD Status Indicators: Modern inverters include LCD status indicators that provide information such as battery charge level, load, input/output voltages, and battery life.  Earth Leakage Protection: An earth leakage protector is a safety device that protects people and gadgets from electric shock. Earth leakage prevention circuits are included in modern solar inverters, which continually monitor earth leakage and switch off the power to protect consumers. Now You Know! Once you’ve been through the different stages of selecting your inverter, you can now easily find and get one for your home or office. However, once done, it is important that you understand that your budget also plays a significant role in the process.

We all have faced natural disasters sooner or later. Due to these natural calamities, we all have also suffered from an extended loss of electrical power. Many recent headlines show Earthquakes, Ice storms, and snow have caused a devastating effect on the extended power outages on the human population. Having an emergency backup system has become a necessity nowadays. Solar power generators with no fuss of conventional diesel or gas have become favorites of many in this scenario. A trustworthy power back generator would save you from such pointless sufferings by allowing the use of essential electrical appliances during these emergencies.   A few hours can be manageable, but if you need to stay without power for days or weeks with no electric supply, then it might have some serious consequences. The energy from the sun is free. Thus using the sun’s energy for providing power during natural calamities is a feasible solution. Having a solar power generator from the top company like Fortuner will offer you 12 continuous powers back up. A solar power generator comes with innumerable benefits. Let’s have a look at them.   Portable PowerIf you necessitate leaving your house due to any reason, then you can easily place the solar generator in your car compartment and go. It is portable, and it is straightforward to move around.   Creates Permanent Power You can store power in the machine and use them whenever it is necessary. Many users of solar generators select to plug in their essential electrical appliances permanently and thus substantially decrease the monthly electric bill.   Highest Power Supply in Minimum Time The ease of getting a high solar power backup system for your house has now down to just minutes. Just plug in the appliances, and they are good to use! Run any AC or DC appliances anytime and anywhere you need.   Multiple Uses               Aside from the electrical gadgets, a solar power backup generator can also recharge your phone, run television, computers, printers, and shortwave radios. It can also operate in the cabin of a forest, a boat, or a tent camping. It also gives power to the coffeemaker and operates power tools efficiently whenever the user requires.   The power outages of the Local or National Electrical Grid due to periodic interruption or natural disasters seem to occur more often. A privately-owned solar powered backup generator is not only sensible but also economically practical. Advanced preparation for emergencies might also save you from an emergency situation. There is also a debate that demands gas generators are much more efficient than solar-powered generators. But we would say each of them has its benefits and drawbacks.   If you are interested in buying the best quality solar powered generator from a reputed company, then get in touch with the team of the best company like Fortuner with advanced technological solutions.

Alexandre Edmond Becquerel discovered the photovoltaic effect in 1839 which explains how electricity can be generated from sunlight.In 1881 Charles Fritts created the first commercial solar panel.With the help of solar panels sunlight is converted to usable solar energy. Solar energy is a unlimited source of energy. India is a country where mostly sun shines. In India we can easily create energy using natural source i.e Sun Light.Solar energy does not produce pollution. Solar energy does not cause any harm to landscape and ozone layer of earth. Solar power helps you to save your money by reducing electricity bill. Solar energy doesn’t emit C02 gas. If you live in area with availability of sunrays and suitable solar products then it is ideal money investment product because you need not to pay high electricity bill. Solar energy reduces the dependency on fossil fuel. Solar energy is the best way to reduce the carbon emission and green house gases. Use of solar power will increase adequately.  As the fight against climate condition is already started. As global warming is already a big concern in such condition this technology will help the environment in a positive way. Currently only 1% electricity is produced from solar energy but with increase in demand this percentage will surely increase.When we talk about one of the best manufacturer in India of Solar products then one name, which comes in my mind, is Prontonix System with more than 20 years of experience in providing high quality products with proper installation. They are well-trained professionals who provide 100% satisfactory service.Advantages of Solar EnergyRenewable energy sourceReduce electricity billLow maintenance costDiverse applicationEnvironment FriendlySolar Products available are as follows:-Solar Water PumpSolar Panel LightsSolar RO SystemSolar MicrogridsSolar cooking kitSolar CellSolar Thermal CollectorSolar GeneratorsSolar calculatorsSolar ShingleSolar Wind TurbineSolar Water PumpA solar Water Pump is pump which runs on the solar energy produced by solar panel from direct sunrays. The solar water helps to draws the water from the open well, bore well, stream, pond, canal, etc.Solar Panel LightsSolar Panel Lights consist of Solar Lanterns, Solar Street Light etc. Solar Panel charges the rechargeable battery, which helps to power the fluorescent, or LED Bulbs during the day or night.Solar RO SystemSolar energy is used to energize the RO System for water purification.Generate clean water for drinking purpose. These water purification system utilize the power of sun to purify water.Solar MicrogridsSolar power offers green energy solar microgrids offer green energy plus electric reliability. Microgrids are made to provide basic electric need to the people during an outage.Solar Cooking KitSolar cooking is a outdoor cooking.  It does not emit any harmful gases. It is relatively cheap in monetary terms.  Advances commercial solar cooker can cook for hundred of people.Solar CellMany solar cells are used to make a solar panel.  In solar panel every solar cell works independently to produce the solar energy.  They have specific amount of capacity  to produce energy.Solar Thermal HeaterIt is a device which is used for hot watering system. Solar panels transfer the heat to the tank through different. Heat gather by the panel heat up water that flows through a circuit of pipes with copper coil inside.Solar GeneratorsSolar Generators are used during power cuts. Whereas other generators runs on fuel like petrol, diesel. Solar Generators runs on solar energy. This does not create C02 gas. It is 100% eco friendly.Solar CalculatorSolar energy is also used to operate solar calculators. With ordinary cells solar cells also implanted in calculator which increase the life of the cell.Solar Shingle Solar Shingle is used as a roofing plate which produce solar energy. It look like tiles and can easily placed on roof of the house. Solar Wind TurbineSolar wind turbine is the combination of windmill and solar energy. Solar Wind turbine are used to combine both the energy for different purpose. Solar Wind turbine blades are used to convert wind into electrical energy. 

It is not unknown that the Sun is the only biggest source of energy and we,human beings are continuously using the energy generated from the sunfor our daily basic requirements. Solar energy is captured in different waysespecially with photovoltaic solar planets which helps to convert thesunray into electricity. In recent times, the whole world is adopting solarenergy for electricity and moving away from fossil fuels. In this way, thisrenewable source takes an important part. Also, a renowned companynamed Protonix Fortuner India Private Limited is the solution to powerthe world with this renewable source and it is a famous brand that isdealing with solar energy products even in Zimbabwe.What is the Future of Solar Energy?Using solar energy has increased in the 21 st century. People nowadays,want to use this type of renewable source to fulfill using electricity.However, the solar inverter is one of the products which uses energy fromthe Sun, and it changes DC power into AC power which is useful during theabsence of current. This solar energy helps in the conversion in the solarinverter. And then, the power that is converted is needed for running suchelectronic gadgets like TV, microwave oven, refrigerator, mobile charging,laptop, computer etc. But now the point is if solar inverter starts makingdisturbance then solar inverter manufacturer is needed on an urgentbasis. However, Protonix Fortuner can help you out in case it is one of thebest solar inverter manufacturers.Products from solar energy:There are two of the most important products used from solar energywhich hold a priority in the lives of human beings. And they are as follows:Solar batteries:Solar batteries which are comparatively new in themarket are economically benefited for the households in anycondition. Energy storage is not new in the market, but solarbatteries are the advantage of storing extra energy which you canmaximize the ability to use the electricity produced by the solarpanels on each day. This is an opportunity to use more electricitywhenever you need it as you have stored it already. ProtonixFortuner India Private Limited is changing the rates of solarbatteries for the households so that you can make smartinvestments on them.Solar lighting: Furthermore, installing outdoor solar lighting to yourplace is one of the best ways to improve your home efficiency. Thisitem absorbs the sunlight during the day time and then spread theelectricity at night time for using those appliances along with lightsand fans. Protonix Fortuner provides some of the best products ofsolar lighting for producing solar lights and others which helps toreduce the cost of electricity bill and even it helps to improve thehome efficiency too.Thus to conclude..Recent developments have proved, how much solar energy is requiredand important and it has placed successfully to make the promotion ofsolar panels. Protonix Fortuner India Private Limited is serving the solarenergy in Zimbabwe to make the future of solar energy better than beforefor the next generation by providing innovative solutions and by making arevolution in technology. The consumption of electricity can be madethrough this company's product as the feedback is the actual proof.Zimbabwe is also fast developing by using solar energy via Fortunersproducts which holds a good reputation on its services.

How one knows which Inverter/UPS suits best for its requirements. In this article we will try to answer that question for you.When you think of buying a new inverter, it is more important not to pay attention towards marketing activities much, rather you must understand related facts before purchasing an inverter. Selecting the right kind of an inverter/ups is one such important factor. And not just selecting the right inverter-battery system, it is important to select the right solution that solves your need. Here we will try to write some basics that one should keep in mind before purchasing Power Back Up product.1. KNOW YOUR REQUIREMENTBefore Purchasing any power back up or alternate power solution, you must know your exact requirement. To evaluate the power requirement, it is very important for you to know the mentioned things upfront:a). The total load that you want to run on backupb). Total number of hours for which backup is required:If you will know these above mentioned things then it will be much easier for you to choose the best Inverter for your Home. By doing this you can also calculate the exact capacity of Power Back Up Solution. Exact load capacity you can here Calculate .2. Find the VA rating of InverterIn an ideal situation the total Watt value (sum of wattage of all appliances as calculated above) should be the same as VA value. But due to a factor called “Power Factor” (explained in this article: link), it is not the same. For a residential house we assume power factor to be about 0.7 to 0.8 (to be super safe assume 0.7 and to be economical assume 0.8). So VA value is Total load in Watts divided by 0.8.If you are done with this then you can get the best inverter or UPS for your home or for your business. For best solution you may also get in touch with Expert.

In modern Era we are having fast flowing life and in this fast flowing world we can’t think to move slowly. With the change in our work style we can’t be dependent on available resource of electricity. We need back up for electricity too. Power backup and solutions are created to avoid the troubles occurred due to power cuts. Frequent power cuts can cause harm to the electronic gadgets. A battery backup provides the power to the system when main source of energy is not available or voltage drops to extreme level. The UPS and Inverter both provides backup supply to electronic items. But there is a difference in their functionality whereas switching of UPS from the main supply to the battery and Inverter is very speedy on other side Inverter switching from main supply to battery takes time. One of the renowned name in the market of Power back up is Fortuner Company. Team is fully committed to deliver high quality products. They ensure timely delivery of products, project designing, load and backup calculation and installation as they understand the market and customer of Power backup and solution. Trained and skilled people are their asset. Healthy relationship maintained by Fortuner Company with clients, business partners and employees. Cater strong market presence in more than 30 countries globally. In more than 15 countries throughout Africa, Middle East, Asia Pacific and Latin America Region we have partners, service center and service engineers.  We have very qualified quality checking team which take charge to ensure zero defect manufacturing process that provide safety and protection. We are constantly upgrading our techniques to provide qualitative product with lots of features and functions. Company believes in providing Environment friendly product so they provide clean energy for long run.Business Solutions provide by us are as follows:         Solar UPS / Inverter         Online UPS         Grid Tie Solar Inverter         Deep Cycle Solar Batteries         Solar Charge Controller         Solar PV Module        LED Lighting       Solar Water pump Controller Solar UPS / Inverter – A home or office UPS or inverter takes the power from the batteries and transfer the same to the appliances. Solar inverter has two built in chargers i.e solar charger and grid charger and it delivers adequate power supply.  If you are worried about increasing electricity bills then you should surely opt for off grid and grid tie system. In case you are living in area, which is most of, the time is sunny  or you love to save nature from any harmful product then solar UPS or Inverter is the best. Online UPS -  Online UPS refers to when power in line is present and converter is in operational mode. In Online UPS it is not necessary to have power transfer switch as batteries are always connected to inverter. When power cut happens the rectifier just drops out of the circuit and the batteries keep the flow of power steady and unchanged. When power is back it begings charging the batteries. Online UPS provides electric firewall between the incoming utility power and sensitive electronic equipment.  Previously the Online UPS could provide only 10 KW but with increase in technology they can now provide the supply upto 500KW. The initial cost of UPS may cost higher but total cost of ownership is usually low due to longer battery life. Grid Tie Solar Inverter – Grid Tie Solar Inverter doesn’t  contains batteries. Their functionalty is different from regular inverter. It converts solar power or renewable energy source into power for your use. Power inverters includes solar charge controller. Solar Panel can produced 240 V AC electricity which can be used by property/Household. Deep Cycle Solar Battery – There are 2 types of deep cycle solar battery lead acid and lithium. Deep Cycle Batteries used to store power generated by solar panel. They are essential component in case of renewable energy system. It is used for backup in case of electrical grid failure. Deep Cycle Solar Batteries provide 80% capacity or more. Solar Charge Controller – Solar Charge Controller is a current device which keeps batteries from overcharging. It modulates the voltage and current coming from solar panel to the batteries. Batteries are asses for voltage capacity and exceeding that voltage can lead to permanent damage to the batteries and loss the functionality over a period of time. It is necessary to use the Solar Charge Controller for long run of batteries. Solar PV Module – Solar PV Module is assembly of Photovoltaic cells that are wired into large array to achieve required voltage and current. Solar PV Module is a packaged connect assembly G typically 6X10 solar cells. Solar Water Pump Controller -  Solar water pump controller is best device  where voltage fluctuation is a problem. This kit includes Photovoltaic Panel, Electronic Device and AC Motor. This is one time investment with 20 years of life. It is used in Agricultural Irrigation, Waste Water Treatment, Municipal Parks, Resorts, Hotel  & Tourist Sites., Landscapes, Chemical Factories and Mills.

India has emerged as strong entity in Global business platform. Indian investments in African Continent, from both public and private sector, have increased considerably in the last decade playing an important role in India’s development cooperation efforts in Africa. Indian investments which are primarily focused on Energy and Power Sector continues to shine in African Countries.   Protonix Fortuner India Private Limited has a very strong infrastructural network nationwide and with their strategic investment, their foot hold continues to grow strong in African market aggressively.   Since Africa is the second largest continent the demand in local market for power backup solutions remains high considering the population and Protonix Fortuners strive to meet the demand by manufacturing and supplying quality products making them the leaders in the industry. Customers are becoming increasingly conscious about what they are buying, the quality, reliability and the impact of the product on its immediate surroundings.   Steep Increase in orders received by Fortuners testifies the Design Skill, product quality and product reliability.   Main products manufactured and exported by various companies include:   Solar sine wave inverter - The output wave-form is a sine-wave with very low harmonic distortion and clean power like utility supplied electricity. Inductive loads like microwaves and motors run faster, quieter and cooler. Reduces audible and electrical noise in fans, fluorescent lights, audio amplifiers, TV, fax and answering machines.   DSP based sine wave inverters - they most likely are constructing a better looking sine wave with integer frequency multiples of square waves. Having a DSP (digital signal processor) inside controlling the power supply to keep the output sinusoidal.    High Frequency inverters - Normally, on a high-frequency inverter, the surge capacity or surge power of the inverter is about two times that of the continuous output of the inverter. High frequency power inverters typically drive the transistors at a high frequency closer to 50 KHz or higher. Solar on Grid Inverters - They regulate the voltage and current received from your solar panels. Direct current (DC) from your solar panels is converted into alternating current (AC), which is the type of current that is utilized by the majority of electrical appliances. Batteries, Industrial Inverters, LCD Inverters and more. The Power Back Up Industry In African Countries is among the most demanding and grooming industry and most of Indian Manufacturers have shared the market share in the same.   And we feel proud that we also serving the African Nations with our quality products and have received a lot of trust and love from the people of these nations.   We are quite committed to serve these nations always with our superior power back up products.

Thomas Elva Edison was the one who invented the electric light bulb in era of 1879. In this light bulb filament is heated to incandescent by an electric current. With the change in human lifestyle lights become most important part of the life. Life is smoother in comparison to ancient time now. Our productive hours now have increased. They are now not limited to the availability of sunlight. Now winter working hours are no more a problem. Increased time help in the Industrial advancement. Workplace safety can be assured now. It is easier for labour to work according to their potential. Lights had changed the architect of the house. Instead of using diyas and candles to lighten up the House or factories now people are using bulb light.  This also gives us safety from against fire. With this change in lifestyle now it time to change the style of lights and lights technology as well. It is high time now to welcome the new era of Lights.  With the change in our lifestyle and usage of lights now it is a high time to save the earth as well as our pocket.   In 1994 LED lights were invented. LED Lights were invented by Nick Holonyak and Oleg Losev. A light-emitting diode is a two-lead semiconductor light source. It is a p–n junction diode that emits light when activated. When a suitable voltage is applied to the leads, electrons are able to recombine with electron holes within the device, releasing energy in the form of photons. LED lights are free of all strident chemicals and they do not release UV rays. In LED Lights 95% of the energy is converted into light and only 5% energy is wasted. LED lights are 100% recyclable. One LED Light is enough for the room as it provides good quality of light distribution to the room. LED lights have multiple options in terms of Color and Wattage. You can choose soft-glowing bulbs or a bright daylight glow.   LED Lights are upto 80% more effiecient in comparison to earlier bulb and lights. With the help of LED bulb our monthly cost saving is more than 70% and in comparison to traditional bulbs and lights LED productivity is also better. Less Power energy will also help us in reduction of demand from power plant.   In order to promote the LED lights consumption in India our government had also launched so many schemes so that people may start using LED lights and would be cherishing the benefits of LED lights.Benefits of LED Lights ·        Reduce energy cost·        Reduce maintenance cost·        Reduce cooling cost·        Guarantee of product is available·        Brightness is equal to or greater than traditional lighting·        Longer Life in comparison to traditional lighting·        Mindblowing color quality·        Execellent efficiency·        Lights comes immediately when turns on        No flickker when dimmed    Now a days there are many manufacturer of LED Lights in the indian market. One of the renowned name in the market is Protonix Systems. This company was established in 1998 and currently located in Noida. Company is having diversified LED produts. Company is having more than 20 years of experience in providing quality products and best services to the customer.Products available in LED are as Follows ·        Panel Light·        Flood Light·        Down Light·        Street Light·        Tube Light·        BulbsPanel Light   Panel lights are ceiling lights. The most important part of this light is the frame if the light as it prevents light leakage. Life rated for panel lights in 50000 hours. If it is lighten upto 12 hours a day this 50000 hours panel will last for 11 days.   Flood Light   With the help of flood light we can brighten the sports field and can convert a dim light area into brighter area like a sunshine light. Flood light is also used to light the stage while organizing stage show, concert, etc.   Down Light   LED down light are shock resistence. It brightens the room in microseconds. It is installed in the hollow opening of the ceiling.   Street Light Street light are to provide the safety our citizens to increase the quality of life. With LED street light we can brighten our Country with with less demand of energy from power plant.   Tube Light LED tube lights turn on instantly when turned on. They don’t flicker when the voltage of the light is dimmed. LED Tube light require very less voltage.   Bulbs The available color of LED Bulbs are “Warm White”,  “Soft White’ and “Bright White”. Warm white and Soft white will produce yellow tone around incandescents but in case of bright white it produce brighter white. If we try to understand the perspective of buying the LED from self  point of view then we need to understand that   LED layega, tabhi to paisa bachayega.