John O'Sullivan’s Post

If you would like to take the first steps towards becoming less reliant on power from the grid and cut future energy costs, then there are a whole list of options📝 Unfortunately they all involve an element of capital expenditure and this may just be too difficult to find. For some businesses we have found a simple solution ✅ It is not unusual for us to negotiate new energy contracts resulting in a saving of 25-30% and by directing this into low cost infrastructure, you are starting the journey. Where to direct the savings we can help you make? First stop is probably a thorough audit of your premises to plug any obvious gaps as often the ‘phantom heating control adjuster‘ only knows how to turn a thermostat up and believes even empty rooms should be flooded with artificial light! But what about long lasting cost reducing investments for the future? Solar PV panels are one of the most common types of renewable energy for businesses☀️ Solar panels are straightforward to install – usually on the roof or side of the building. Once installed they provide a low-maintenance, passive input of electricity for use or to be fed back into the national grid⚡️ It might not be the complete solution, but with less purchased power in future years and more savings directed to generating power you could be net zero before you know it 💡📉

Times are changing and will continue to change according to the trend of modernization and technological development. Previously, air conditioning was only a desire and was used in the homes of the rich. But as the times have passed, it has become a necessity, even the middle and lower classes have started using air conditioning. Because of that, it has become the reason for the use of a lot of electricity. So users have started to switch to more economical energy. With the presence of solar systems, this has become the most accurate method to save electricity consumption by up to 60% to 90% (depending on the amount of installation and environmental conditions involving the weather). But because the cost of installing this solar system is expensive, this is somewhat the reason why many people still do not want to use solar energy as an alternative to save electricity consumption at home. Because times are changing, more and more people are starting to try to use solar energy as an alternative to save electricity consumption at home. The increasing exposure to solar energy makes solar energy now a necessity.

What should be the mix of RE tenders to make renewable energy more affordable and the grid more resilient and stable, with battery storage prices coming down drastically ,? Should storage be made mandatory part of the tenders? 2 things are to be considered here: 1) Grid stability by making RE as firm as possible 2) Price and affordability (I am looking at price within Rs 4.50/kwh) Types of tenders to be considered : i) Solar + storage with assured peak power of 4 hours ii) Wind solar hybrid with low CUFs limited to 30% max and assured peak power with mandatory storage so that oversizing is less which leads to less excess generation. iii)Wind solar hybrid tenders with high CUFs (50% -70%) without storage or maximum 2 hour storage iv) Round the clock tenders with monthly availability of 80% and with minimum time block wise availability of 60% and hourly availability of 70%(80% time block wise availability would be expensive) v) FDRE tenders with load following (Demand fulfilment ratio-80%) Please let me know in the comments what mix and which combination would be optimum for addressing the intermittency issues. #FDRE #round the clock #renewable energy #gridstability #ESS #Batterystorage

Is installing a solar power system better, or is a generator better? Here are some factors to consider if you find yourself undecided between solar power and an electric generator: 1. Required Energy: An estimation of the required energy is necessary, as solar panels may not be sufficient to meet your needs, especially in cases of high consumption. 2. Cost: Typically, the initial cost of a solar system is higher compared to an electric generator, but maintenance and fuel costs are lower in the long run. 3. Sustainability and the Environment: Solar power systems are a source of renewable and clean energy and do not produce any emissions or pollutants, while electric generators operate on fossil fuels, contributing to air pollution and climate change. 4. Operation and Maintenance: Solar energy systems require relatively little maintenance. You may need to clean the solar panels occasionally to ensure they are working efficiently, while generators require regular maintenance. You will also need to change the oil and filters regularly. 5. Reliability and Safety: Solar panels are reliable and do not contain any moving parts, so they are less likely to break down and cause damage. Generators can fail at any time, especially in harsh weather conditions, and they rely on flammable materials. 6. Use: Solar energy can only be used during the day, so it is limited in its capabilities. A generator can be used at any time as long as fuel is available. Enelectro Company: The perfect solution for all your energy needs Visit our website to learn more about our services and exclusive offers: www.enelectro.com #energy_electromotive #electricity #electrical #generators #control_panels #solar_energy #لوحات_التحكم_الكهربائية #طاقة_شمسية #مولدات #كهرباء #طاقة_نظيفة #طاقة_مستدامة #Enelectro

🧐 What to do if there is no electricity in islands, deserts, mountains, lakes and other places? Photovoltaic #off-grid energy storage system can help you solve: 👏 👏 A cheaper, more reliable, more convenient and more #environmentally friendly solution than independent diesel generators. In scenarios where there is no electricity or the power grid is unstable, diesel generators are often used for power supply: diesel generators must not only consider the cost of fuel itself, but also the storage, transportation and noise and safety of fuel. Then, the application advantages of photovoltaic off-grid energy storage system in the above scenarios are very obvious. There are no problems caused by fuel supply and diesel generator noise, and the cost of photovoltaic energy storage system is also highly competitive. 🙌 🙌 During the day, photovoltaic power generation is used first, and the excess power is stored in the battery; photovoltaic power is insufficient or at night, the battery provides power. If the battery power is insufficient, the diesel engine will be automatically started. The diesel generator supplies power to the load while charging the battery. After the battery is fully charged, the diesel generator stops working and is powered by the battery alone. This minimizes the use of diesel generators. The most exciting moment is that after the diesel generator is turned off, the world becomes so quiet that it can be powered entirely by batteries and #solar energy. 🌱 Photovoltaic off-grid systems are very suitable for applications where there is no power grid or where self-generation and self-use are required, such as islands, deserts, mountains, lakes, etc. 👣 👣

Know the Importance of High-Quality Solar Cables in Solar Power System Solar power systems are unexpectedly turning into a popular and green way to fulfil the developing demand for electricity. But even as solar panels frequently get all the attention, one critical factor that directly impacts the performance and safety of these systems is the solar cable. High-quality solar cables are the lifeline that incorporates the strength generated from your solar panels to the inverter and past. Here’s why making an investment in top-grade solar cables is critical. Efficient Power Transmission Solar cables transfer electricity generated by solar panels to other system components such as inverters and batteries. High-quality cables minimize power loss during transmission. Low-quality or inadequate connections can cause significant energy loss, lowering the overall efficiency of a solar power system. When the cables are designed for energy flow, the electricity is transported smoothly and without extra resistance, which improves the system’s performance. Read more at: https://lnkd.in/dn7NhGQT #SolarPower #RenewableEnergy #SolarCables #GreenEnergy #SustainableSolutions #EnergyEfficiency #EcoFriendly #Wires #SolarSystem #SolarTech #SolarEnergy #CleanEnergy #UVProtection #ElectricalCables #VRKable #SolarInstallation #Cables #GoGreen

Did you know your solar panels actually perform BETTER in colder temperatures? ❄️ Cold Boost: Solar panels work better in colder temperatures due to the greater difference in voltage, resulting in more efficient energy production. ❄️ Snow Impact: While very heavy snow (not the UK type!) can block sunlight, the angled installation of panels usually helps snow slide off easily. ❄️ Reflective Boost: Snow actually reflects sunlight onto panels, potentially increasing energy output. ❄️ Maintenance Tips: Keep panels clean throughout the rest of the year, and why not consider battery storage for reliable power during potential winter power cuts? And even the UK winter sun will melt frost and ice eventually, so call us today and get your solar panel installation booked in! 📞 01189677033 #renewables #electricians #rdguk #berkshire #electrician #electriciansofinstagram #renewableenergysystems #renewable #renewablenergy #frost #ukweather #solarpanels #solar #solarpv

Future energy systems requires a lot of balancing power to compensate variations in renewable wind and solar. Do that efficiently, do it by combined heat and power! Check my latest article in Power mag. https://lnkd.in/dX5RCeQP

Solar panels could power an extra 1.17m UK homes. A great analysis which shows that UK homes equipped with solar panels contribute more electricity back to the grid than they consume, with potential for surplus power generation https://lnkd.in/eVipRz48

Some weeks before Christmas the Australian Energy Management Organisation (AEMO) requested emergency power to turn off rooftop solar when supply exceeds demand. Now, in my opinion, if they had actually been managing and looking ahead, this eventuality would have been obvious. It seems to me that two, rather simple, solutions were and are available: 1 Every outer suburb has several transformer installations. It must be relatively simple to upgrade these to store the excess energy during the day and sell it back at night. This is being done in some new develeopments. 2 Subsidise batteries for domestic installations, less desirable. There might be unintended consequences to indiscriminately turning off rooftop solar. All the appliances, including air conditioning, would suddenly stop using rooftop solar and demand power from the grid, possibly causing instability. I hope they thought at least that far ahead.