Hi, this is Mike with RPS Solar Pumps. Today I want to tell you about our new product we call
Water Secure. This is your complete, all-in-one backup for your existing AC pump or any other AC
load you want to have powered when the power goes out. It'll help you save on your bills,
and when the power goes out, like what's happening with the California wildfires right now, you'll be
able to keep your water supply flowing and provide that security for your family and friends in the
time of need. We currently have two different systems. This one we're showing right now is our
any type of pump. We can power submersible pumps down your well. We can also do sump pumps down in
your basement. So when the power goes out it'll prevent your basement from flooding. We can also
do surface pumps. If you need to pump water out of a tank --either for irrigation, your jet pump
to provide water pressure for your house -- any of those use cases, we can power it. What we've been
able to do is condense a complete off-grid system into what you see here. We have built-in optional
load transfer. So if you have extended cloudy days and you're not getting a solar production,
the system can automatically transfer over to utility power so you're not left without water.
So there's multiple scenarios where this system will be operating. The first is on a cloudy day
when there's no power coming from solar, but the batteries are full. The pump or load is gonna
run off the batteries. On a nice sunny day, you'll have power coming from the batteries,
and that'll be used to run the load. Plus it'll be used to charge the batteries. The
third case is the batteries are depleted maybe because there's been multiple cloudy days in
a row and you haven't had time to recharge. In that case there's the optional AC input. It'll
automatically transfer the load over to the AC so you're not left without water. Let me quickly
go over the components of the system. The brain of the system is here. This is our all-in-one
unit. This has a built-in maximum power point tracking controller. It has pure sine, split
phase AC output. That means like the power coming into your house, you have 110 volt line, second
110 volt line 180 degrees out of phase, and in between both of those you can draw off 220 volts
to operate your 220 volt pump and other equipment. It also has our battery input over here. We can
see we have a DC disconnect for safety. This way when we're working on the system, we can
cut off the power coming from the solar panels. We put it in a fuse. This is, again, for safety
on the batteries to make sure if there's a short, it's not going to draw too much current. And then
we have our two battery lines coming off which connect up to our deep cycle batteries. So all
of our kits include deep cycle sealed lead-acid batteries for low maintenance. The system also
comes with our 100 watt panels. Depending on which kit you get, it's going to come with either 3,
6 or 12 panels for our 3000 watt kit. Finally, it comes pre-wired with our power plugs. This makes
it easy to install and operate. We have one -- the male side -- going to our utility power, which is
optional. And then we are a second -- the female side -- which is gonna connect up to your load.
We also provide the other plugs you'll need, so if you're uncomfortable with AC power, you can hire
an electrician to come out and have a pre wire in a 220 volt AC plug coming from utility power.
Plus, we can wire our male side to our pump. That makes it real plug-and-play. When the time comes
to install it, you simply plug in the inverter to the AC power, and we can plug the output to our
other side going to the pump. If there's ever an issue with our system, it's very easy to remove.
You could simply unplug it, plug the utility back into your pump, and then you're up and
running again. The system designed to be easy to set up and everything comes plug-and-play. Right
now I've attached to the system. Here we have two 12-volt deep-cycle SLA batteries. These are top
of the line and maintenance-free. I've simply hooked them up to our WaterSecure System and
with the flip of the switch, we're up and running. The system starts up, and it starts outputting AC
power. If we were to plug a load in here it would immediately start pumping. It doesn't require
utility power hooked up, and it doesn't even require the solar panels to be hooked up. But you
do want to plug in your solar panels here, so on a nice sunny day it's recharging your batteries.
The load transfer is also a nice option. If everything gets depleted and you don't have
enough solar recharge your batteries, it'll automatically transfer over to utility power
so everything keeps operating seamlessly. Let me give you a quick overview of what we're seeing
here on the screen. First we can see we've hooked up AC power, so we do have around 240
volts AC coming into the system. Right now because we have sufficient battery capacity, the batteries
are going to the load, and the load is outputting 230 volts at 60 Hertz. We're in battery mode and
otherwise if we had solar hooked up we would see right here the amount of solar power coming in.
Our WaterSecure System has years in the making, and we're really excited into getting it into our
customers hands. It takes all of the guesswork out of setting up an off-grid AC system. It comes with
the batteries. It comes with the panels. And it comes with the equipment here. Everything you need
to start your off-grid kit. It's top-of-the-line. We've made sure it's pure sine output. We've made
sure it has load transfer. We made sure it has a maximum power point charge controller for your
solar. Everything you need. No longer do you have to scrounge up a bunch of parts and hope
they all work together. If you're interested in the system, check us out at RPSSolarPumps.com.