Waterproof Solar Street Light Controller for Li-battery

How to choose to debug solar street light controller_solar street light、solar led street light、street light pole、solar panel、all in one solar street light、gel battery、battery box、led lamp、solar street light price、solar power system、SOKOYO Solar Lighting Co., Ltd.Solar street lights are independent individuals, unlike traditional street lights that are connected to the power control box for centralized control. Solar street lights can also be automatically turned on at night, and can be automatically turned off during the day. Because solar street lights adopt intelligent active lighting, this is the role of solar street light controllers , then how do we choose solar street light controllers? The solar street light controller is divided into two types of booster and step-down. When purchasing, it depends on the voltage of the solar street light source to determine what kind of controller to use. This customer has specific solar street light parameter configuration for solar energy when purchasing. Street lamp manufacturers , manufacturers will choose according to LED light source. What kind of solar street light controller is selected, how to debug it? Because professional equipment is used, this is generally directly debugged by the manufacturer. The customer only needs to tell the manufacturer about the lighting time of the solar street light. We, SOKOYO, Are Manufacturer, Focus On Solar Outdoor Lighting Since 2008.— — — — — —How An Intelligent LED Lighting System Works – ledfy blogOver the last few years, LEDs have replaced many incandescent bulbs and other fixtures like Halogen lamp, fluorescent lamp etc. Many traditional fixtures were also replaced or LED lamps were installed in them in place of already existing bulbs. Needless to say, this will go on until there is no incandescent and other excessive energy consuming lighting fixtures are used for illumination except LED lights. The revolution of LED is about to reach its highest reach. A great part of the population of electricity consumers is already using LED lights for illumination. With the regular upgrading technology, LED has also become an important aspect of Smart Lighting. It is enhancing the daily lifestyle of everyone to a great deal and making it easier for us to take total control over the luminosity. For attaining a smart network, the lighting system needs to be connected to an intelligent network. LED lighting becomes a part of a powerful network when it is combined with a connected intelligent network. This network is a very effectively organized system which works cooperatively. The main task of this system is to gather & analyze the information, control and respond to set point and real-time responding. This results in collecting every data that is needed to complete a smart home network. Once the smart network is accomplished, it becomes more integrated to its operational performance as it quickly responds to the issues which result in an increase the reliability and efficiency. A connected lighting system works same as the HVAC system which adjusts the room temperature based on the Heating, Ventilation and Air Conditioning. This system harmonizes lighting according to the same factors and couples it with climate control system. The outcome of connected intelligent lighting network increases the efficiency of lighting and reduces the energy cost while providing the overall control to the network users. It can create the lighting ambiance to increase the concentration and productivity. It also sets the ambiance for the well being of the user and creating a positive mood. The sensors installed in this system allow many advantages over normal lighting system. It sets the light in synchronization with natural daylight cycle which can be changed accordingly to the requirement of the user. It automatically dims down and increases the brightness of light according to the presence of sunlight in the room i.e. coming through the windows. The most revolutionized technology used in an intelligent lighting system is Power of the Internet. It reduces all the wiring gobbledygook and makes it easier and simpler to get a smart lighting system. The internet allows the control of lighting wirelessly which can be also controlled through a smart-phone. This magnificent network is rapidly changing the world of smart technology and taking it to the higher grounds. An intelligent lighting system depends on many types of things which include fixtures, the connection of cables, type of lights, smart sensors, nattily developed LED drivers, wireless routers, and dimmers etc. A suitable connection of these things makes the bright future for smart home and smart buildings.

How to choose and adjust solar street light controllerSolar street lights rely on absorbing light energy as the source of power to ensure the lighting of street lights at night when the power supply is stopped. So someone will ask that solar street lights are independent individuals, unlike traditional street lights that are connected to a power control box by cables for centralized control. Solar street lights can automatically turn on at night and automatically turn off the lights during the day. Why is this? Because solar street lights adopt intelligent active lighting, this is the role of solar street light controllers, so how do we choose solar street light controllers?The solar street light controller controls all the work of the solar street light lighting system, including charging, power generation, voltage stabilization, battery protection, etc. When choosing the controller, you must choose a manufacturer with a large brand with quality assurance and a complete after-sales system. Generally, the controller is sold as a complete set of solar street lights, so it is very necessary to choose a reliable solar street light manufacturer.Solar street light controllers are divided into two specifications, boost and buck. When purchasing, it depends on the voltage of the solar street light source to determine which specifications to use. This customer has specific solar street light parameter configurations to provide solar energy when purchasing. Street lamp manufacturers, manufacturers will choose according to the LED light source.What specification of solar street light controller has been selected, how should I debug it? Because professional equipment is needed, this is usually done by the manufacturer directly. The customer only needs to tell the manufacturer the requirements such as the lighting time of the solar street light.JSDSOLAR is a professional manufacturer of solar charge controllers , if you need , welcome to contact us. Email: sales07@jsdsolar.com Whatsapp :8618759902085There are 250 million private vehicles in the US. Can we really use wind or solar energy?Your estimate is way low. We most likely have more cars than that and average mileage is 12-15k miles/year. Windmills on top of your car wont work. They would add drag, weight, and require batteries to store the energy so you car runs when its stopped. Small solar panels also do not work. You would need to cover the car with them and it still would not have the power to travel very fast. It needs large expensive heavy batteries too.Why did Bush shut down the solar energy project if we need more energy?he did not "stop" the solar power initialtive..he stopped the pelosi;/reid regime pork barreling that went with it...the only thing it proves is that he uses common sense.electricty is not available at my form house, How i can generate with solar energy (4 lights, 1 fan, 1 tv)?why stop at photovoltaic Sarge? lets go all out and build series of concentrator mirrors to generate steam and run that through a turbine! of course you would need a water cooling tower to condense the steam once it leaves the turbine. unless you want realistic answers...If one half of the solar energy that strikes the ocean surface is absorbed in the first meter, and one half of1/8.... after 1st meter its 1/2...after second meter its 1/4 after third meeter its 1/810 Best Ways To Save Money With Solar Energy (Updated 2021)Energy costs in the U.S. are steadily rising. What are you doing to cut down on your expenditures? Going solar is a great alternative for both cost and environmental reasons. Whether you plan to partially run off of solar or want to truly be off-the-grid, solar power is now a feasible power solution for small and big homes alike. With that said, let's get started. Here's a list of the 10 best ways to save money with solar energy for 2021. Switching to solar power can result in significant savings in the long-term as well. For example, in California, where energy costs are amongst the highest in the nation, the average household can expect to save up to $100 per month or more. Over a 25-year timeframe, the savings can exceed $40,000! Solar technology has come a long way. From the panels themselves to all of the devices which can now operate in energy-efficient modes, switching to solar has never been easier. Oh, and the government can often offer tax incentives if you are planning on installing solar power in your home. Solar energy does not require combustible fuels or connection to an electrical grid. All you need is a good amount of natural sunlight. No pollution, no risk of carbon monoxide leaking, and no need for being tethered to a municipal power grid if you so choose. Not being reliant on fossil fuels also means that you will be reducing your overall carbon footprint. Environmentally-conscious choices help humanity and our future generations to inherit a cleaner planet and one worth respecting. If you are looking to get into solar energy for your home, you will need to understand the basic components that make it work. Although too comprehensive to explain here, the basic components are the solar panels themselves, a battery system to store the energy, and the devices or appliances that are able to use the stored energy. Some states tend to receive more sunlight than others, such as Arizona, New Mexico, and California. This means that they will be able to take advantage and make better use of solar panels than elsewhere. You should always try to locate your solar panels where they will maximize sunlight absorption and avoid shaded areas. Here are a few great ways that you can get started. You do not have to buy all of these products outright, but once you see the benefits and savings associated, you will surely be incentivized to start saving more and reducing your carbon footprint by using the raw power of the sun. 1. Do it Yourself Guide If you are planning on investing in solar energy and building your own solar grid at home, you will need to learn about wiring and electricity so that you can get to work safely and efficiently. Photovoltaic Design and Installation for Dummies is a great crash course into the complexities involved with planning, building, and implementing your own home solar energy grid. Be warned that you will need to brush up on some mathematics and learn a little bit about what an electrician does, but it's well worth it considering that you are doing this to save money in the long run as well as helping out the environment. The best part about doing it all yourself is that you can pick and choose which components will work best for your setup. Which batteries and how much storage capacity will you need? How are you planning to regulate and control voltage? All these questions can be answered by tailoring your solar energy grid to exactly your specifications. Easy to understand for beginners; complex enough for those with some experience Build it exactly how you want If you do not have the time to learn all the ins and outs of building a solar energy installation yourself, then the first step to going solar is a good quality solar panel kit. If you are new to solar energy, there are many things you will need to learn to get started. Luckily, a good kit will include everything needed to start without having to be an expert electrician or having to hire one. The WindyNation 400 Watt Solar Kit comes complete with four 100-Watt polycrystalline panels, ideal for everyday use in homes, cabins, RVs, boats, and more. You will also get all of the relevant cables and connectors required to properly get going with solar energy. This kit also comes with four AGM deep cycle batteries at 100Ahm for storing accumulated energy. Most kits do not come with these, meaning you will have to normally acquire them separately. The problem is that no two batteries are alike. Whether you are purchasing new or used, technologies, as well as lifespans, can differ drastically between batteries. If you are new to solar, you will be happy to have four fresh new batteries to get you started. Of course, you are always going to be able to fine-tune and customize better by buying each component separately and learning the ins and outs of connecting yourself to solar. If you are in need of a quick and easy solution, however, purchasing a good kit is a reliable way to get into solar without having to learn the nitty-gritty. Quick and easy to get started with solar If staying cool is what you are after, you will be happy to know that there are plenty of completely solar-powered fans and ventilators available. One that stands out is the Rand Solar Powered Attic Fan, which is a breeze to install and has enough power to cool up to 700 square feet of space. This fan requires some assembly, preferably somewhere that is able to both get a lot of natural sunlight and also somewhere on your roof that is appropriate for providing proper ventilation indoors. The good news is that once it's installed, that's all you need to do. The fan operates on its own, even on days with some clouds or less sunlight coming in. There's no wiring involved because the unit is designed to function completely on its own. One of the best things about this fan is that you will never need to pay for energy again (at least for cooling your home) and consequently the fan pays itself off easily in the future. Although it's made of good corrosion-resistant materials, it comes with a generous 20-year warranty, which by that time you will have already paid it off in earnest. Great for warmer summer months, solar-powered fans such as this are a great way to introduce yourself to solar energy. Converting energy into heat is unfortunately wasteful. Although some methods of generating heat are better than others, the reality is that if you plan to do any cooking indoors, you will need to be using combustible materials such as propane or butane, or you will need to consume a lot of built up solar energy to use for electric cookers. If you are environmentally conscious, you've probably already ruled out propane or other non-renewable fuels. This leaves you with electric or induction stovetops to do all of your cooking. A great alternative for camping or outdoor cooking is the HUKOER portable parabolic solar cooker. Now it may not be suitable for everyday cooking, but it certainly fits the theme of solar-powered devices. The best part is that it requires no combustible fuels or electricity to operate. Just leave it out on the patio and fold out the reflective array when you've got a good amount of sunlight and let mother nature do the cooking for you. Note that you will need to do a little bit of assembly before it's ready for cooking, but once it's assembled it's quite portable, weighing only 37 lbs. Can be used year-round Along with outdoor cooking, another great option for camping or RV owners without easy access to a hot shower is a good solar-heated water camp shower such as these ones from Coleman. If you've never used these before, a word of caution. There's very little pressure. Furthermore, five gallons is not a lot of water. You wo not be able to spend a long time under continuous flow like you would under a normal shower. If you are careful about conserving your water for washing and rinsing, however, five gallons can certainly get the job done well. By absorbing the sunlight coming in, these bags naturally keep the water inside nice and warm. If you are out camping, secure it to a tree using a little bit of rope or place it near your vehicle if you require a little more privacy. The "showerhead" nozzle has an on/off button for easy access, meaning you can conserve water quickly and easily. As mentioned, it does not have much pressure, but given that it's gravity fed, the nozzle does allow enough pressure to feel just good enough for washing your hair or even doing your dishes whilst on the road. Keeping an entire home or even a room warm enough during the cold winter can be very inefficient in terms of energy usage. Not only is the conversion from energy to heat inherently wasteful, but even great insulation will dissipate that heat eventually. If you are trying to keep warm at night, you want solutions that wo not deplete your solar energy halfway through your sleep and work to keep you consistently warm. The best advice for keeping warm is the tried and tested method of layering. Thick and quality materials like wool socks and big quilts or blankets are a must-have because they work to retain your body heat much like a sleeping bag does. A good electric blanket, such as the Sunbeam Heated Blanket, can be an effective means of keeping warm for those nights where layering up just is not enough. This super soft heated blanket comes with 10 different heat settings and an easy auto-off function, which is important if you are planning to sleep with it on. As with all electric devices connected to your solar power grid, you will want to be cautious not to consume too much energy if you do not have to. Unfortunately, electric heating devices tend to be a hog on your batteries. It is however recommended to have a good and comfortable heating device to get you by, if only on the coldest nights of the year. Less wasteful than propane or area heaters Perhaps the most important component of any solar power setup is the panels themselves. Many years ago, solar panel technology was often prohibitively costly and woefully inefficient. High-quality solar panels can still be a hefty investment, but given that they are now more readily accessible than ever and have proven cost savings, there's never been a better time to invest in high-quality solar panels. Renogy is a brand leader for solar panels, and these 100W monocrystalline solar panels are easy to install and built to last. While 100W wo not get you too much juice for powering a home, it's easy to connect these solar panels to other Renogy panels to give you enough power for everyday use. If you are looking for a durable and high-quality solar panel for a cabin or RV, you will find that these solar panels are a great solution. When paired with other solar panels to make a grid, they are just as good for an off-the-grid home power supply. These products are just a few examples of great solutions that can exploit free and clean solar energy and get you on the path to reaping savings and living fully off the grid. Energy costs are only going up and are already very high in the more heavily-populated states such as New York and California. Potentially saving tens of thousands of dollars over the next 20 years is not only great for your wallet but is also a conscious investment for environmental reasons. It is important to remember, however, that solar energy is not perfect and is still developing. It's heavily dependent on getting a good amount of sunlight and therefore on overcast or cloudy days, you can not expect to spend energy as frivolously as on sunny days when your solar energy grid is generating energy at full capacity. Perhaps the greatest incentive to get started right away is the potential to receive government tax incentives. Many states are incentivizing households to switch to green energy and solar in particular can be a very affordable solution when subsidized. These incentives may not last forever, so do not delay and start considering your alternatives now.

Connect stand alone solar street light controller is a important part for the stand alone solar street light installation.The output line of the solar cell, the output line of the lam, and the connection line of the battery. These three sets of lines must be connected to the stand alone solar street light controller. The connection sequence is:Connect the battery;Connect the load (light source);Connect the solar cell (operate according to the installed controller requirements).If this wiring sequence is violated, the entire system will not work properly.Connect the stand alone solar lights battery first. Firstly measure the voltage of the battery, within the specified range, and then connect the positive and negative of the battery. After the wire are connected, insert the positive pole into the battery "" terminal marked on the controller, and tighten the screw. The negative pole is connected in the corresponding "-" terminal terminal. Whether there is voltage, pay attention to the operation when wiring, do not let the positive and negative terminals of the battery cause short circuit.After the stand alone solar lights battery is connected to the stand alone solar lights controller, the stand alone solar lights controller starts to work and the corresponding battery indicator lights up. After ten minutes, the output of the luminous solar street light should have a voltage, luminous solar street light is connected, and the light source is immediately illuminated. Then connect the luminous solar street light and unplug the protective wire of the light source. The red line is the positive pole and the black is the negative pole. Connect them to the luminous solar street light terminals of the controller (in the light source "" and "-" terminal holes marked on the controller). Note: The positive and negative poles cannot be connected incorrectly, otherwise the street lamp solar may be damaged.After the street lamp solar is on, it takes another one or two minutes to connect the solar panels.Finally connect the solar panels. Unplug the protective cover of the solar panel. The red line is the positive pole and the black line is the negative pole. First measure the voltage between the lines. When the light is weak, the voltage is lower. The open circuit voltage of the component should be greater than 18 volts (12 volt system) or 36 volts (24 volt system). The positive and negative poles of the solar cell are not afraid of short-circuiting for a short time, and the two wires of the solar cell are connected to the corresponding terminals of the street lamp solar controller. Note that the positive and negative poles cannot be connected incorrectly. After the street lamp solar controller is connected to the solar cell, if there is enough voltage on the solar panel (10 volts or more), the controller considers it to be in a bright state. After ten minutes, the street lamp solar will be turned off. When you turn on the lights, you have to wait until it is dark.Knowing the Types of Lighting Control Systems and How Often Recommissioning Is NeededKnowing the Types of Lighting Control Systems and How Often Recommissioning Is Needed Part 2 of a 3-part article on evaluating and improving lighting control systems The prospect of recommissioning lighting control systems also raises issues of the various types of controls that are available, how often a system should be recommissioned, and what the expected energy savings will be. Steve Mesh, lighting designer and principal of Lighting Education & Design, notes that there are four broad categories of lighting controls, including fixture-integrated controls and room-based controls, each different from the others and requiring enough understanding and knowledge to use them as efficiently as possible. Fixture-integrated controls, for example, are supplied with integral sensors, usually occupancy or photo sensors. In some cases, these controls are auto commissioned, where they essentially arrive for installation already commissioned, Mesh says. An occupancy sensor, for example, could by factory default wait for 30 minutes after someone leaves a room to turn off a light. But 30 minutes, Mesh notes, is a long delay (and is the maximum amount of time delay allowed in California). If the sensor is never adjusted based on the way the space is being used, it defeats the purpose of having the sensors. "So that's a good opportunity for recommissioning," Mesh says. "It's simple. Someone just needs to get to a sensor and fix it." The question of how often a lighting control system should be recommissioned lacks an easy answer. One sign is that a building is using more energy than it had been previously, says Melanie Taylor, vice president of lighting design for WSP | Parsons Brinckerhoff. If the system is an older one, that might be reason enough to evaluate it. With a new system, it's important that the system is in place long enough for the facility staff to do a realistic, thorough assessment of how well the system is performing before a decision about recommissioning is made, Fagnant says. Mesh says an annual recommissioning is a good time frame, noting that software and hardware change enough over time that it's worth the time and effort to evaluate lighting controls. An ideal strategy is for facility managers to commission the lighting control system upon installation and then properly maintain it, including recalibration, reprogramming, and other adjustments on an ongoing basis as building conditions change, DiLouie says. "Beyond that, the owner should periodically reevaluate the existing control system for upgrade opportunities as technology develops," he says. "For example, if the building is older and currently serviced only with time-clock-based auto shutoff control for entire floors, the building operator should consider a lighting control upgrade to maximize energy savings and value just as they would with new energy-efficient fluorescent lamps and ballasts and LED products." Energy savings from a recommissioning can be "substantial," DiLouie says, but the amount will vary by application. He points to two significant studies that he says demonstrate the range of potential savings. One study of building projects, conducted by the Lawrence Berkeley National Laboratory and published in 2009, found that commissioning building systems in existing buildings generated a median of 16 percent energy savings, resulting in cost savings of 29 cents per square foot and a typical payback of 1.1 years. An isolated measure, specifically addressing lighting deficiencies via commissioning, was found to generate a 1.4-year payback. A study in 2012, conducted by the Energy Center of Wisconsin, evaluated the energy savings impact of recommissioning or retrocommissioning existing daylight-harvesting lighting controls in 20 office and public assembly spaces. The study measured energy consumption with lighting controls as they existed, and again after the system was recommissioned. Researchers found that daylight harvesting systems on average generated 20 percent energy savings. After controls were optimized and recommissioned, the final result was 43 percent energy savings, including HVAC impacts. Desiree Hanford is a freelance writer who spent 10 years as a reporter for Dow Jones. She is a former assistant editor of Building Operating Management.