Solar

Getting a solar home system installed is an amazing investment that will guarantee any householder comfort and 24 hours electricity. But after installation, you may begin to wonder if you will still get the maximum energy you need when the rains come. Is it still possible to get energy when it rains or when the weather is cloudy? Fact: Solar home systems are designed to work on sunny, cloudy and even rainy days! How do we know? A solar home system has solar panels as part of its major component. Solar panels are made up of Photovoltaic cells that use direct (majorly) or indirect (infrared & diffused) sunlight to generate power. Photovoltaic cells are built to work under a much wider spectrum of visible, infra-red as well as ultra violet wavelengths. This makes them less sensitive to the unavailability of direct sunlight. Hence on cloudy days, solar panels can produce electricity from both visible light and infrared light. The rain doesn’t make the atmosphere completely black. There will always be visible light even during the harshest weather conditions and it will penetrate through clouds and rain. The Solar force in Nigeria has contribute a lot of success since it began operation   Infrared light is even more effective in reaching your solar panels because it has longer wavelengths than the visible spectrum does. Diffused Light from the sun bounces off the ground and tall buildings. It collides with clouds, dust and haze. It also reflects shiny or light-colored surfaces such as snow and bodies of water. These are all diffused light that your solar panels will absorb during the rainy season. During this season, solar power production may be reduced but will not come to a halt. Although diffused or reflected light is less intense than direct sunlight, it still helps your photovoltaic system produce electricity Do the rains help when they come? Rains are actually good for your solar panels. They wash away dust, bird droppings, and pollen grains off your lighting system – which in-turn keeps your photovoltaic panels clear of dirt and debris and helps your solar panels to operate and get energy more efficiently.   How can electricity generation be further improved in rainy seasons? Proper positioning of your solar panels ensures that it will absorb as much energy as possible. Check if there are trees or buildings blocking the sun rays from reaching your solar panel. There should be no shadow anywhere on your panels. If you wish to know more about Solar Home System and what it takes to own one, click here  

Sun King Boom, is the first ever solar-powered lantern with a Radio, MP3 player and Mobile Phone Charging from Sun King. A first in our Entertainment category. The digital FM Radio has internal memory to save your favorite radio stations. You  can play music directly from an SD card or USB drive for up to 10 hours. Boom is full of options: Mute, Pause, standby or plug in your earphones for personal listening. This outstanding product does more than light your adventure.  Sun King Boom comes with Greenlight Planet’s industry leading 2 year warranty. TECHNICAL SPECIFICATIONS Lighting Power LEDs with 160 lumens total flux, neutral color temperature Three light modes: Turbo (160 lumens); Normal (75 lumens); Low (25 lumens) 360 degree ambient wide-angle spread FM Radio 87.5MHz – 108MHz frequency range with internal antenna, storage upto 10 channels with numeric key input. Powerful 3W, 85 – 90 db/W in-built Speaker, Aux-in 3.5mm Ear phone jack with volume adjustment upto level 18 MP3 files through USB, SD card/TF card slot with size upto 32GB Device Charging 5V USB power output from the solar panel designed to power standard USB devices Mobile or device charging only under direct sunlight Includes common phone adapters Materials & Durability Drop-proof, UV-stable, IP65 rated polycarbonate & ABS casing   In the box Portable LED lamp with inbuilt radio Solar panel with 5 meter cord Multi-use stand Charging kit with USB cable and phone adapters Warranty card and user manual Size & Weight Lamp Dimension: 166 x 121 x 73.5 mm Stand Dimension: 215 x 155 x 268 mm Solar Panel Dimension: 135 x 200 x 17 mm Lamp Weight: 340g Stand Weight: 153g Warranty Standard 2 year Sun King warranty Digital Control LED charging indicator displays charging effectiveness on a scale of 1 to 5 to help optimize panel placement LED battery indicator displays battery power remaining Active battery management automatically switches to low power when battery is running low, giving user 5 hours of additional light Order Sunking Boom on jumia click here

  If you’re using an inverter set then I’m sure you’re already seeing its benefits. One challenge you’re probably already facing is your battery backup time not lasting as long as you would really like it to. Although I’d highlighted some tips to maximize your inverter setup in my previous post, this will focus on your battery. You battery bank is measured in AH (with a voltage rating too) and determines how long your inverter can power its current load. It’s important you don’t mix this up with your inverter’s kVA rating. To help you understand the difference easily and also the benefits of using solar panel: Inverter kVA rating determines how many appliances you can power at a time Battery AH rating determines how long your inverter can sustain your current load (appliances you have on) How to extend your battery backup time Unless your batteries are damaged, there are some techniques you could employ to significantly increase your backup time (how long the battery powers your appliances before it goes flat): Integrate a battery equalizer Uneven charging and discharging is one reason why you might not be getting the most out of your batteries. When you have batteries connected in series and any charges to 100%, all others stop charging even if they’re just about 70% charged. When discharging, if any goes flat then all others too stop discharging even if they’re still at about 70%. This uneven charging and discharging is as a result of the batteries not being 100% identical (even if they’re of the same brand and specs) and it builds up over time. This not only cheats you out of battery time but could cause the batteries to wear easily due to over-charging and over-discharging What a battery equalizer (Battery Management System) does is to ensure that the batteries are charging and discharging at the same rate so you have optimal charging and discharging. Know how to read your current battery level In business, they say “If you can’t measure it, you can’t improve it”  The same applies to your battery bank. If you don’t know how to tell what your current battery level is then how do you know when its time to put off heavy appliances to save power? The battery level is hinted on the Inverter’s monitor but you’ll have to wait to see it because lots of other info are displayed at intervals. Some inverters display battery bars while others only show current battery voltage. For such inverters, you take note of the battery voltage when fully charged (this will be indicated with a Battery Fully Charged message) and when empty (the inverter emits a steady beep to indicate). This way, you know your battery level at any given time and can adjust your usage accordingly. Switch to energy saving appliances One way to boost your battery time is to avoid running heavy appliances on the inverter (at least not for long). Your Home Theater system alone could be hogging 360 – 1,200 Watts; that’s huge! Reducing the number of appliances you have on at a time isn’t all, you should go the extra mile to switch to energy saving appliances. Instead of those 60 – 100 W bulb (that cause your house to feel hot), switch to 3 – 12 W energy saving bulbs. I agree they are more expensive but the extra battery time you’ll get would mean less money spent on Fuel + Generator maintenance over months. click here to shop for energy saving bulbs  Concentrate activities that require power Having a routine helps you utilize your battery backup time effectively. From experience, I’ve learnt that I tend to be careless with my power usage when I don’t have a schedule for when the inverter should come on and for how long. For example, you watching your favorite TV show only to realize you had not been charging your phone just when you’re about to power off the inverter. Now, chances are that the fan or other appliances were on while watching TV. Leaving the inverter on just because you want to charge your phone means the fan and some other appliances will stay on longer which translates to more battery consumption. Upgrade your battery bank Upgrading your battery bank is another way to extend your battery time. This is a costly approach but sometimes, your battery bank just isn’t enough. You don’t necessarily have to change your entire setup or discard your current batteries, just add more batteries. The number and specs of the batteries you’ll need to buy depends on the specs of your current setup and what you really wish to achieve. I’ll give an example: Lets say I have a 2.5 kVA; 36V inverter. This means the battery bank must equal 36V no matter how many batteries I connect. Lets say I opt for 12V 100AH batteries. I would need at least 3 connected in series so that it equals 36V (12+12+12). Now, if I wish to upgrade by battery bank; I’ll have two main options Buy another 3 100AH 12V batteries so I have 6 100AH batteries in all Discard my 3 100 AH 12V batteries and buy 3 200 AH 12V batteries if you want to get your inverter battery call 08154892727 As you can see, upgrading my battery bank depends on my preference, I might not want to sell or give away my 100 AH batteries so I buy more and get a 6 battery rack. I might – on the other hand – not like the clutter of many batteries and opt for fewer, more powerful batteries. Tips to extend the life span of your batteries Apart from extending your battery backup time, you should also take good care of your batteries so they last longer and here are some tips: Ensure to use the rubber battery terminal protectors to avoid dust and rusting of the terminals Ensure your inverter setup is in a well-ventilated area to prevent heat from damaging the

ULTRA-BRIGHT GRID-SUNKING HOME 120 LIKE POWER AT AN AFFORDABLE PRICE: THE HIGHEST PERFORMING SOLAR LIGHTING AND ENERGY HUB FOR OFF-GRID HOMES AND BUSINESSES With 4, 200 lumen high-power fixed room lights and a massive 12,000 mAh battery, the Home 120 delivers abundant lighting and appliance charging for the most performance-demanding families and businesses. Included light switches provide modern convenience and the central power hub features standard 5.5V USB and 12V power outputs to power mobile phones and DC appliances. Lighting Power LEDs with 600 lumens total flux (200 lumens per lamp) Three light modes: Turbo (200 lumens); Normal (100 lumens); Low (40 lumens) 360 degree ambient wide-angle spread Battery & Power 5 year lifetime, 12000 mAh Lithium Ferro-Phosphate (LFP) battery 12 W detachable, polycrystalline panel with aluminum frame and 5 meter wire Up to 24 hours of run time on a day’s charge Device Charging 12V power output designed to power 12V DC appliances 5.5V USB power output designed to power any standard USB device Includes USB cable and common phone adapters Materials & Durability Drop-proof, UV-stable, IP65 rated polycarbonate & ABS casing Water and humidity resistant In the Box 3 ceiling-mounted fixed lamps with attached wall-mounted switches Energy hub Solar panel with 5 meter cord Charging kit with USB cable and phone adapters Warranty card and user manual Size & Weight Lamp Dimension: 165 x 85 mm Solar Panel Dimension: 345 x 285 x 17 mm Control Panel Dimension: 220 x 125 x 58 mm Lamp Weight: 107g Control Panel Weight: 450g Cable length: 17 meter long cable Digital Control LED charging indicator displays charging effectiveness on a scale of 1 to 5 to help optimize panel placement LED battery indicator displays battery power remaining Active battery management automatically switches to low power when battery is running low, giving user 5 hours of additional light Warranty Standard 2 year Sun King warranty Order product from jumia ; CLICK HERE  also visit our store : CLICK HERE 

With the steady increase in electricity tariff and cost of fuel, it becomes imperative to reduce your energy consumption hereby saving you thousands of naira in electricity bills which can be put to good use with other things. Welcome to another episode of energy talk with Solarity, we hope to solve most of your energy related challenges. The average Nigerian pays over 60,000 to 100,000 naira a year for electricity. This means that electric bills alone can take upwards of 5-10 percent of a person’s income. Unfortunately, there are hundreds of things involved in one simple bill. And figuring out exactly what to focus on is the most difficult part of lowering your monthly energy costs. You can tremendously reduce your electricity bill by having an energy-efficient household this means reducing your energy consumption by using efficient appliance and energy-savings strategies. An example is to swap out incandescent light bulbs with compact fluorescents (CFs) or LEDs, and boosting insulation levels in your home. Energy efficiency is always the most affordable and environmentally sound place to start when approaching renewable energy. Experts estimate that for every naira you spend on efficiency improvements, you can save N3 on the long run. So where is your money best spent? A 2020 study by Vanpeux global Synergy Limited  identified seven major household energy uses: Space Heating—29% Space Cooling—17% Water Heating—14% Appliances—13% Lighting—12% Other (stoves, ovens, microwaves, coffee makers, dehumidifiers)—11% Electronics (computers, monitors, DVD players, TVs)—4% Recommendation on energy conservation Energy conservation works together with efficiency, changing your energy-use behaviors (for example, turning off the lights when you leave a room, or adjusting the temperature of the air condition at night). Apply the basic principles of conservation and efficiency to all of your energy choices.   Since space heating and cooling take such big bites out of the energy pie and in turn your energy bill, Energywatchng recommends improvement in your home’s insulation and reducing air infiltration can be a smart first strategy. Sealing draft-prone areas, the points at which dissimilar building materials converge or the building envelope is penetrated, reduces uncontrolled air infiltration. Combine this with increased insulation, and upgraded window and doors, and you can reduce the amount of heating, ventilation, and air-conditioning needed to sustain a comfortable household temperature throughout the year. Passive strategies, such as solar retrofits, movable shading devices, and/or strategically placed landscaping, can also provide energy-saving benefits when it comes to heating and cooling your home. also read :   Why Businesses are going solar in Nigeria Some strides have been made in more efficient water heating, including better-insulated tank-style heaters (both gas and electric) and the much newer “hybrid” water heaters that feature heat-pump technology. For retrofit situations, consider adding extra insulation to your pipes and tanks to reduce energy losses. Solar hot water systems can also drastically improve a home’s water-heating efficiency, cutting your water-heating bills by 40% to 80%.   Upgrading to energy-efficient appliances and electronics can greatly improve your household’s energy efficiency. From LED lamps to horizontal-axis washing machines, many gains have been made in reducing energy use. Before you start shopping, surf the Energy Star website to find the most efficient appliances that will suit your needs. Most especially your appliances you run longer like your TVs, refrigerator etc.   Higher-efficiency lighting—mostly in the form of LED lamps—has begun to enter the mainstream, with quality bulbs readily available. Compared to their incandescent counterparts, LED lamps use one-tenth of the energy and last up to 40 times as long. They contain none of the hazardous mercury present in compact fluorescent  (CF) bulbs, but are more expensive than CFs.   Last but not least, you can identify the energy-wasters—known as phantom loads—in your home. Unfortunately, many household electronics—even when “off”—constantly draw energy. Unplugging them, putting them on plug strips that can be switched off, or using dedicated switches can defeat these phantom loads and provide additional energy savings. Also read :  Environmental impacts of solar energy      Making your home self sufficient