If you're adding panels or replacing a controller that can't keep up, this MPPT unit gives you 60 amps of charging with a 150V PV limit. Its charge settings let you match the battery bank, so charging stays steady in changing light.
When an older controller starts capping output or you want to add more panel capacity without rebuilding the whole setup, output current becomes the first bottleneck. This controller steps up with a rated charge current of 60 amps and nominal PV power of 12V at 860 watts, 24V at 1,720 watts, and 48V at 3,440 watts. That gives a larger array more room to charge the battery bank instead of running into controller limits right away, so you can see stronger charging current from the same solar setup.
Array expansion gets messy fast when series wiring pushes open-circuit voltage too close to the controller limit. This unit addresses that with a maximum PV open circuit voltage of 150V, which gives more planning room than smaller controllers when you're working through series panel layouts. That extra headroom can keep an expanded array within controller limits, so the system stays charging instead of stopping at the controller boundary.
A lot of systems look fine on paper, then fall off when clouds roll in or one section of the array gets shaded. This controller uses ultra-fast maximum power point tracking with advanced maximum power point detection for partial shading conditions, including automatic selection of the optimum maximum power point when multiple points are present. In real use, that means charging stays more consistent as light changes instead of dropping off as soon as conditions stop being ideal.
Switching battery chemistry or dialing in charging on a replacement controller can turn into trial and error when the controller only gives you fixed behavior. This one uses a fully programmable charge algorithm and 8 preprogrammed charge profiles selectable with a rotary switch, with battery sensing and temperature compensation capability through an internal temperature sensor for charge voltage compensation. That gives you a clearer path to match the controller to the battery setup, so charging behavior can be adjusted instead of forcing the battery bank to live with the wrong profile.
Controllers mounted in cabinets or enclosed compartments take a beating from heat, dust, and long-term vibration, and a cooling fan adds another part that can fail. This unit uses a high conversion efficiency design with passive cooling, no cooling fan required, plus over temperature protection with power derating and protection against PV short circuit, reverse polarity, and reverse current. In day-to-day use, that gives you quiet operation with fewer moving parts while the controller can reduce output under heat instead of simply running unchecked.
Videos are provided as a guide only. Refer to manufacturer installation instructions and specs for complete information.
Hi everybody. Andy here with etrailer. Let's take a quick look at this Victron Blue Solar MPPT Solar Charge Controller. Now, this is the device that's going to sit between your solar panels and your batteries, and this is gonna make sure that your batteries are charged as efficiently and safely as possible. Now, what makes this unit stand out is that it does use MPPT technology that stands for maximum PowerPoint tracking. So that means that this is going to constantly adjust to get the most power it can from your solar panels, even when sunlight conditions change due to clouds shade or time of day.
Now compared to basic controllers, this one noticeably increases how much energy you can actually harvest from the sun with your panels. This can also handle solar panel input voltages up to 150 volts and can charge your batteries up to 60 amps, which makes it a good fit from medium to larger solar setups. This is going to automatically work with your 12, 24, 36, or 48 volt battery systems. So this is going to be flexible if your system grows or changes over time. This is also built with efficiency and reliability in mind.
This controller is fan less and very efficient, over 98% efficient, which means less wasted energy and fewer moving parts to fail. It also has smart features to deal with partial shading, so if some panels aren't getting the full sun, this system will still perform well. Now this is commonly used in off-grid homes, RVs, boats, and commercial or residential solar systems. Monitoring is straightforward too. It does support VE direct communication as you can see right here.
So you can plug in a display or add Bluetooth with an optional dongle to see how your system is performing. Let me see if I can give you some measurements here just so you have a good idea of the size. So looking at the overall width, we're sitting right about nine and three quarters inches wide. The height about almost seven and a quarter inches tall, and then the depth right at about almost three and three quarters inches deep. Looked like I was on that bracket there when I was doing the first measurement.
So if you're building or you're upgrading the solar system and you want a reliable high performance charge controller that's gonna be able to handle higher voltages and serious charging current, this model's gonna be a great option for you to consider. If you happen to have any other questions, whether it's about this or anything else that we have here at etrailer, don't hesitate to reach out. We wanna make sure that you're getting exactly what you need. Well, again, my name is Andy. Thank you for joining me.
Info for this part was:
At etrailer we provide the best information available about the products we sell. We take the quality of our information seriously so that you can get the right part the first time. Let us know if anything is missing or if you have any questions.
Thank you! Your comment has been submitted successfully. You should be able to view your question/comment here within a few days.
Error submitting comment. Please try again momentarily.