Every Solax inverter begins with the highest quality components. Over 90 come from longestablished manufacturers in Germany, Japan, and the U.S. We select only the most reliable components, with a focus on high efficiency and longevity. For example, an LEM current sensor is used to collect highprecision data. Its high sensitivity, low temperaturedrift and superior antijamming ability make it the best choice available. Our IGBT's come from Infineon, a worldleading semiconductor manufacturer, and number 1 in providing efficient and reliable components for solar applications. And our dualCPUs both come from Renesas, builders of some of the most reliable CPUs.
On the market. The two CPUs work as a redundantready system, which increases efficiency and provides failsafe mechanisms for safety. Designing the inverter to use these highquality components means keeping a constant eye on heat management and developing unique heat dissipation technologies, something Solax is proud of having achieved. A large heat sink is exposed on the exterior while maintaining direct internal contact with multiple heat generating components. This eliminates the need for noisy fans while ensuring effective and efficient thermal management throughout the device. Large conductors, a typically common source of heat buildup, are uniquely designed to.
Operate from inside an aluminium container that is filled with insulative glue. Encasing these components in this way results in high levels of conductivity which significantly improves cooling within the device. In addition, high heat generating MOSFET's have custombuilt auxiliary heat sinks directly attached. These formfitting heat sinks further reduce internal heat, increasing both the efficiency of the component and its operating lifespan. Solax is the one of the rare inverter producing companies that controls the entire production of our components. Rather than relying on 3rd party SMT facilities, Solax constructed.
One and builds our PCBA boards inhouse one of the very few inverter manufacturers who do this globally. Controlling everything gives us complete quality control AND reduces your cost. Every inverter goes through a rigorous 8step quality control process, including Automatic Optic Inspection Testing Single Board test Safety Testing Automatic Testing Equipment Testing Ageing Testing Second Safety testing Second Automatic Test Equipment Testing Vibration Testing And now Your inverter is ready to go. Quieter operation Lower failure rate Longer lifespan The most efficient energy output Solax Inverters The only inverter in its class.
SP Junior Offgrid Solar Inverter by OPTI SOLAR
Hello Today, I'd like to introduce you to our SP Junior Series of offgrid modified sinewave inverters. These inverters use PV DC power to provide dual DCAC energy. They are ideal solutions for offgrid solar home systems or commercial applications. These allinone inverters combine an inverter with a solar charge controller. Ranging from 300 to 5000W, they come in 12 or 24V with a 50 to 60Hz CPU controlled output frequency. As you can see here, these inverters range from 100 to 240V. The builtin 3stage intelligent charger automatically charges Nicad, GLEAGM, flooded, sealed or wet batteries,.
Without the risk of overcharging. And delivers an output current of up to 30A. This optimizes solar system usage and lenghtens the lifetime of your batteries. These inverters have a very compact formfactor design, making it compact and light weight. These different samples are here to show you the appearance and size of the SP300 SP600 SP 1000 SP 1500 SP 2000, SP 2500, SP 3000 SP 4000 and SP 5000 Let's have a look at the main interface. You can see that the SP300 and 600 have dual AC and DC outputs,.
With a USB port directly on the unit. This is very convenient because sometimes you may want to use them as a mobile solution and directly charge your mobile phone, for example. The other models don't have a USB port on the inverter, so the DC Terminal has to be used to charge DC loads. You can see that the models over 2kW have two builtin AC sockets. All the different inverter include a power switch, a DIP switch to set the type of battery, LED indicators to better control the system status,.
And terminals for the solar input and DC output. Models over 1000W also include a remote control port. On the other side you can see the battery terminals and the automatic cooling fan. Models over 3000W include two fans. For advanced applications with higher capacities, we strongly recommend that you combine anyone of these inverters with one of our PWM or MPPT solar external chargers. For more information about our offgrid SP Junior series of inverters, please visit us at optisolar. If you have any questions or inquiries, please feel free to contact us.
How to Install Solar Panels Standard Inverters for Solar Energy
Now, we're going to look at standard inverters. Here's one of our new style, sine wave inverters. This one is made by Zantrex, rated at 1000 Watts AC, which is really about eight to ten amps, when you start drawing off of it. It's a fairly simple device. An onoff switch and a small control panel lets you know when the power is coming in and how much is going out. We also have a place to plug in a standard extension cord, and a small fuse, in case things get too high, that will pop out. That's the front controls, and on the back, a fairly.
Simple area, where we connect our battery. Very obvious plus and minus. This is a DC system, and reversing those will blow the thing up, and the mystery smoke will come out, so we watch our polarity. This one also has a fan on it, to keep the inside items cool. Here, we have a slightly smaller Exceltech inverter. This again, is a sine wave inverter. We'll rate it at 250 Watts. A fairly similar setup, we've got power coming in, positive and negative, and our regular switching, and a place to plug in. This one is a little bit.
SP Efecto HybridOffgrid Solar Inverter highfrequency by OPTI SOLAR
The SP Efecto Series is a unique solar power solution that safely and reliably converts DC power sources into AC power feeds. It's a perfect solution for all of your offgrid residential, commercial and industrial configurations. As well as hybrid configurations thanks to its AC input. The only difference is, it doesn't feed into the grid. The SP Efecto series ranges from 1 to 5kvA, and continuously provides up to 4000W with a nominal voltage of 230V. What you need to know about the SP Efecto series inverter is that it is a highfrequency inverter,.
Yet shares many of main features of our SP Series inverters. Its highfrequency transformerless design enables it to be quieter, smaller, lighter and also consumes less power. How efficient is it It is 93 efficient. Also making more costeffective. And just like our SP Series inverters, this powerful inverter right here delivers pure sine wave power, meaning you have a clean and reliable power source for even your most sensitive equipment. And do you need to charge bigger batteries With this powerful inverter, you can! That is thanks to its 50A charging current.
This is an allinone inverter with a builtin solar charger. You can decide many different configurations for this inverter, thanks to the dual input source. One is AC source from the grid, the other is DC source from the solar array. Its compact modular design includes a LCD display, LED indicators and control buttons making it easier for you to monitor and control the system. And here you can see the power switch, the battery connectors, the PV input port, the communication port, the AC input and output ports, as well as the input breaker.
This system operates many communication options, including RS232, SNMP and usb connections. And you can collect and analyse all your data with our builtin software. Plus a generator card is also available which enables you to easily connect your generator to the inverter. And for advanced applications we strongly recommend you to combine our inverter with one of our PWM or MPPT external solar charge controllers. For more information on our SP Efecto series, please visit optisolar. And if you have any questions or any inquiries , please feel free to contact us.
How to Install Solar Panels How to Connect an Inverter for a Solar Energy System
We've got our battery wires wired up to a quick disconnect here and we're just going to verify that we have the right voltage so we don't toast our tasty equipment. Fourteen volts is a good number for a fully charged battery. So, we're going to go ahead and plug that into our inverter. Quick disconnects are polarized so we have no trouble with that and we should be able to turn the device on and see something working. There we have our readouts. Now, we should be able to plug something in and get it to work. Let's try a drill.
SP Series HybridOffgrid Solar Inverter by OPTI SOLAR
Hello, today I'd like to introduce you to OPTISolar's SP Series Inverters. This SP Series Inverter right here safely and efficiently converts DC power sources into AC power feeds. It's great for offgrid residential, commercial and industrial configurations, as well as hybrid configurations thanks to its AC input. The only difference is it doesn't plug into the grid. SP Series range from 1.2 to 11kVA for the wall mounted version here, and 1.2 to 3.6kVA for rack mounted versions. These inverters continuously provide up to 11KW with a nominal input voltage of 120 or 230Vac and 24 or 48Vdc for systems over 5,000W.
This powerful and highly efficient inverter delivers a pure sine wave. This means you will have a clean and reliable energy source to power even your most sensitive equipment. This low frequency inverter is equipped with an iron core transformer to step up the voltage and compared to high frequency transformerless inverter types, this SP Series inverters can deliver higher voltages and has a greater surge capacity. Thanks to the unsurpassed charging current of the AC charger, you can charge bigger batteries of 600Ah and higher, and also change the settings of the charger.
This allinone inverter also has a 40A solar charger. You can use it to create different configurations thanks to its dual AC and DC input sources. Plus, you can set all source of ACDC priority logics and also others settings with this configurable inverter. Its system control panel including LCD display, LED indicators and control buttons is used to configure your SP Inverter, set and display advanced features, and also provide diagnostic information, all in one place. This makes it easier for you to monitor and control the system. Right here you can see battery terminals for all types of lead acid batteries, the terminal.
Block for AC input and output, the breaker, the solar input and the communication interface. This system offers many communication options, including RS232, SNMP and USB connections. You can also collect and analyse all your data with our builtin software. Plus, a Generator Card is available, which enables you to easily connect your generator to the inverter. For advanced applications with higher capacities, we strongly recommend that you try one of our PWM or MPPT solar external chargers. For more information on the SP Series inverters or any of our other products, please go to.
How to Install Solar Panels Grid Tie Inverters for Solar Energy
So today we're installing just a small battery system but for larger houses they make a whole range of equipment. This is a grid tie inverter. We'll just take the cover off and you can see, it's not really that complex. We've got giant coils and switching and some electronics in there. So for a grid tied system you end up using different products, and some of it is quite hazardous so typically you'll hire a contractor to come in and handle the main panel connections as well as some of the paperwork is a bit tricky when you're trying to get.
How to Install Solar Panels Battery Banks for Solar Energy
Now we come to our battery bank for our Solar system. This one is made up of six volt cells combined in different ways to get the voltage we need for our individual inverters. We're going to be using the big Zantrax 1,000 watt this time, so we'll need two six volt cells, in series, to come up with that twelve volts. If you take your battery and connect a positive to a negative terminal that leaves you with a positive and negative terminal and you can get your twelve volts here. If you connect four batteries in series, positive to negative,.
You come up with twentyfour volts. And if you needed a fortyeight volt system, which is not uncommon, you'd simply expand and use more batteries. But for a twelve volt system we'll just use two. And, they're really the most dangerous part of the system. If you look down inside there, you can see a liquid and that liquid is sulfuric acid and will really seriously burn you and that's why we have a base here, Baking Soda, and if you get that acid in your eyes or in your clothing you can neutralize it with this. So, very.
Important to have this for safety. We can get a look at some of that acid here with the hydrometer, this is what you measure the actual specific gravity of the acid inside. And you can see we have several of these disks floating. We have about three disks floating with one at the bottom. So we know that this two batteries, or at least this battery, is about seventyfive percent charged. So, we're going to be very careful with that acid and stick this back here in our little cup. It's also important to note that the gases that.
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