I have been involved in emergency preparedness for my entire life. I have grown up doing it and truly believe at some point we will all face a moment when being prepared for an emergency would’ve drastically made life 100x easier.
It doesn’t matter if it’s an earthquake, hurricane, flooding, tornado, winter storm, power outage, EMP attack, or any other kind of emergency, having power is a necessity. There are a number of different solar generators out there.
I have been working in the solar generator niche for a number of years now and have tested, played with, compared and evaluated many solar generators. Finally, Point Zero has taken essentially years worth of info and requests from customers and people interested and compiled it into one solar generator, The Titan.
Here is a pre-release video that I was able to make during the production of the Titan. Even as a prototype it’s amazing. A full detailed review will come out soon with the final production unit. But it will essentially look like what you see in the video with a minor change in the screen.
As mentioned in another post there are 11 tips or points for finding the best solar generator. They are:
- Battery Capacity | 2. Weight/Portability | 3. Charge Speed | 4. Expandability | 5. Life Cycle | 6. The number of Plugs | 7. Inverter Size | 8. RV Connectivity | 9. Car Charging Capability | 10. Lithium Battery | 11. Customer Support and Warranty
All of these points are vital in determining which unit to go with. Everyone has different needs so that’s another thing to take into account. That being said, the last few years I have been working with hundreds of customers using different solar generators and have heard what most people really want. This is the reason why I like the Titan so much is that it fulfills all those desires of users.
The Titan has a 2,000 watt-hour lithium-ion battery that is extremely powerful and light for its capability. The original model of the Titan solar generator had an 1,800 watt battery. Point Zero was able to put in a 2,000 watt battery that was lighter than the 1,800 watt battery which is incredible. The battery is actually rated for more than 2,000wh but it is called a 2,000wh battery because you can for sure use all 2,000wh in it. Other manufacturers will advertise their “nominal” wattage which is actually higher than what you can get out of it. However, with the Titan they are advertising the usable watt-hours.
Most lithium solar generators can only use a max 90% of the total battery capacity. So for example, if a generator had an 1,100wh battery, only 90% (990 watts) would actually usable. The Titan’s battery though has a full 97% usable capacity, or rather, 2,000wh of usable power.
If it had the same efficiency as other solar generators it would only have 1,800wh usable. Since Point Zero worked really hard to get the highest quality battery it means that for all intended purposes the entire battery can be used.
It is important to know that lithium-ion batteries can be damaged and will not have as many life cycles if they are charged too fast. Generally, this number is around 2 hours from 0% to 100%. So if the battery were drained to dead, 0%, and 2,000 watts of panels were connected and charged the unit in 1 hour, it would end up damaging the battery. This is why the Titan is built with a 1,000-watt solar panel charge rate. That means it cannot be charged in less than 2 hours which means the battery never gets damaged and keeps its life cycles longer. Very cool.
This is the toughest part of the Titan, the weight. We have been spoiled with the Kodiak since it only weighed 20lbs. That 20lbs was amazing and the Kodiak was amazing for what it could do, being that lightweight. However, there were many things it’s couldn’t do. The new Apex which replaced the Kodiak now weighs 25lbs because it has some slightly changed features. The Titan though is right in about 65lbs.
65lbs is A LOT of weight to handle. When Point Zero first told me it was going to be 65lbs I was not excited. They invited me to meet with them and see the prototype unit they had made which was really nice of them. I went and saw it expecting this huge box that I wouldn’t be able to move easily. Once I arrived and saw the new unit I noticed 4 clasps around the side, the Titan is two separate pieces!
The top part which holds the plugs, 3,000w inverter, 2 MPPT controllers, and all the brains separates from the bottom battery piece! This was incredible. I had heard of designs like this but had not seen anyone actually pull it off. The Titan, when split into two pieces, has two 33lb pieces which are very easy to move around. Each piece is only slightly more than the Apex.
As I got to test the prototype Titan unit it was very easy to move around once it was split into two pieces. It is very easy to put back together and there’s no way to put it back together incorrectly. It is 100% foolproof.
I loved that Point Zero did that because it allows the unit to still be very portable and moveable in emergency situations. Simply disconnect the top from the bottom, then move each piece individually or in each hand and move it to wherever it needs to go.
Going back to the point of the battery capacity, since it can be separated that means that more batteries can be sandwiched in between the top and bottom piece which increases its “fuel tank” capacity.
Once a second battery has been added, the unit will have 4,000wh of power. At that point, the Titan will actually automatically allow up to 2,000 watts in solar panels to put on, instead of just 1,000 watts. The Titan has two charge ports and each one easily handles 1,000 watts of solar power. This means once I put more than 1,000 watts of panels on the Titan I simply plug them into the second port.
This is the hardest part for me when it comes to seeing different solar units on the market. Many of them such as the Goal Zero and Humless have decent battery sizes but can’t be charged quickly.
For example, the Goal Zero 1400 Lithium takes 4.5 hours to charge with its MAXIMUM amount of solar panels connected. That’s under perfect conditions which are not common. So it barely meets the requirement to charge in 5 hours. If it’s a cloudy day or more power is needed then it is impossible to charge in that 5-hour time frame which means it can’t be charged in a day, that’s a no-go for me.
Same goes the Humless. It’s absolute fastest charge speed is 5.2 hours. Which means even on a bright sunny day it will barely charge in one day and that’s only if conditions are perfect and I’m not using it during the day to run other equipment.
Around the USA there is an average of 5 to 6 hours of light a day where solar panels can make their maximum power. This varies from Summer to Winter but 5 to 6 hours is commonly agreed on. So, for example, the Flexible 100w panels are 100-watt monocrystalline solar panels. They are the best I have been able to find and are extremely rugged. But each day, under ideal perfect conditions, they will only make a max of 100 watts each for 5 to 6 hours.
The time is usually averaged to 5 hours a day to account for different parts of the USA and time of year. So if I have 500 watts in solar panels I can count on making around 500 watts in panels x 5 hours of light = 2,500 watts generated on bright sunny days.
This means that a Titan that has 500 watts in panels can be charged in about 4 hours from zero to full. That is a perfect setup for emergency power needs running very basic equipment. Or even for RVs and Vans it’s enough power to run essentials and still charge up during the day.
It is even better if the Titan has 1,000 watts in panels because it can be charged in about 2 hours. Even with only 400 watt in panels it will charge in the minimum requirement of 5 hours from 0% back to full 100%. That is not recommended to have that low of panels though because normally I would still need to be running some equipment during the day such as a fridge, chargers or fans. So I still need my panels to make enough power to be charging the battery while still running equipment.
The Titan is able to run equipment while being charged by solar panels, wall outlet, car charger or whatever power source. If I know my battery is at 50% because I used it all night and I need to charge it during the day while running equipment then I need my panel array to be big enough to handle the charge and usage. For example, my battery is at 50% (1,000wh) and I have 500 watts in panels. I know I need to run 250 watts worth of equipment during the day. So if my panels are making 500 watts of power, then 250 watts of that will go to the equipment and the other 250 watts will go to the battery. 250 watts/hr x 4hrs = 1,000wh into the battery in 4 hours. Perfect! I’m golden, I can run my stuff and be charged by dinner time for the night.
Another great feature about the Titan is that the wall charger that comes with it is already a fast charger! With other units, I was required to purchase an additional charger that would get extremely hot and still was only sort of fast. The Titan’s wall charger charges at a rate of 750 watts per hour. So if the Titan were empty it would only take less than 3 hours to charge it back to 100%.
But wait, there’s more! Not only is the AC Wall Charger a fast charger at 750 watts, but the Titan can accept two chargers! When a second battery or more is added to the Titan, a second AC Wall Charger can be added to double the charge speed. So if I have two batteries, 4,000wh, and I double the AC charging speed to 1500 watts then I can still charge it from 0 to 100 in 3 hours.
I don’t know that I would personally want a second charger just for the fact that 750w from a wall charger is already 3x faster than any other solar generator charger on the market. I don’t necessarily always need it to charge super duper fast. It would definitely be nice to have a second one just in case I do need to charge it really fast though, as a backup too.
The charger also has a built-in fan to keep it cool. All the others I’ve used don’t have a fan built into the box on the cord and so it gets crazy hot, to the point I can’t touch it. With the Titan AC Wall Charger it doesn’t get hot though.
This fast charge speed is nice for short term power outages that only last a day or two. With such a large battery I don’t even have to plug in my panels. When the power kicks back on I just charge it back up quickly.
In the past, it has been very hard to find units that could easily expand with more batteries. In reality, not system out there had an easy expansion option for batteries. Plus pretty much all of them suggest expanding with lead-acid batteries, not my favorite.
The problem of expanding with lead-acid type batteries is that they’re more expensive in the long run when compared to lithium-based batteries. On top of that, it is generally not recommended to drain more than 50% energy from lead-acid batteries and definitely never below 30% because it will damage the battery. Also not to mention that mixing a lithium battery and lead-acid battery is generally not very good. So really expandability with Lithium is best.
The Titan is expandable with lithium batteries and it’s way cheaper than buying a lithium-ion battery elsewhere. The Titan can also expand its solar panel capacity as previously stated. Once a second battery is added to the Titan I can go from 1,000 watts in panels to 2,000 watts in panels.
The Titan can add as many Lithium Titan batteries as desired. Each battery is 2,000 watts. So if 2 batteries are added then it has a battery capacity of 3 x 2,000 = 6,000 watt-hours of power, that’s crazy big! I could run my necessities in my house for about 3 to 4 days no problem with that amount of power, and that’s not using any solar panels.
If I had 2,000 watts in panels combined with that large of a battery bank I could run my emergency essentials such as fridge, freezer, lights, fans, tv, cpap machine, small window A/C unit and other small items probably indefinitely.
So that’s the first way it’s expandable, batteries. The second way is that the solar panel capacity is also expandable. Earlier I mentioned that it’s not wise to charge a lithium battery from empty to full in less than 2 hours. That is why the Titan only allows for 1,000 watts of solar input power. However, once another battery is added the total battery capacity is at 4,000 watts.
So if I have 1,000 watts in panels, it will take about 4 hours to charge, still pretty good since I only have 5 hours a day where I know I can make max power. But if I wanted to keep my charge speed down to 2 hours then I am able to turn on an additional bank of 1,000 watts in solar panels on the Titan. There are two solar input plugs and each plug can handle 1,000 watts in panels for a total of 2,000 watts. The second solar charge plug will be able to be used once the second battery is added. This keeps my charge rate at 2 hours still and doesn’t damage the battery lifecycle.
Because its solar charge speed can be expanded to 2,000 watts I can effectively have 4 or 5 batteries total for about 8,000 to 10,000 watts of power and still charge it in one day, INCREDIBLE!
Lithium batteries are capable of lasting at least 2,000 cycles if the quality is high enough and they are used wisely. So why not just use the highest quality right? That’s what the Titan has. I have seen other manufacturers use lower quality and or lower density Lithium-Ion battery cells and it still doesn’t even bring the price down, so why do it?
The Titan has all the features built into it to make sure that not only safety measures are met but that the battery doesn’t get overworked. Not overworking the battery makes sure it will last the 2,000 cycles fully.
This is one common question I get, “Can I replace the battery once the unit has reached that point?” In the past replacing the battery on a solar generator was not something that could be done on your own at home. It would’ve needed to be sent back to the manufacturer and replaced. This means it would be at the warehouse getting worked on so it’d be gone for a minimum of 2 weeks but probably up to 6 weeks.
The Titan is so easy, all that is necessary is the new battery. The old one clips off, the new one clips on, done. But even still after all those cycles, the battery is still rated to be about 75% to 80% efficient. So rather than being a 2,000wh battery, it would be more like a 1,600wh battery, still better than other generators.
It is important to understand though how hard it is to use all 2,000 cycles. A “cycle” is the process of draining the battery down to a certain amount and then back up. If 2,000 cycles were done on the Titan, one cycle per day, it would take 5.5 years to reach 2,000 cycles. So I’m not too worried about it needing to be replaced anytime soon. Even still, I can always just buy another battery and add it on by stacking it, super easy.
My experience has shown that I do not use all 100% of the battery each day. If I average 50% of a cycle each day that means the battery will last 11 years before needing to be replaced. In the worst-case scenarios of an EMP attack, the US Military has said it would take about 10 years to rebuild. So, in that worst-case scenario, that means the Titan battery would outlast that 10 years rebuild time!
There isn’t a unit out there that is easier to manage the battery and lifecycles than the Titan.
Number of Plugs
This is one thing that I love about the Titan, I can plug a lot of things into if I need to. Units of the past have had anywhere from 2 to 4 110/120v plugs (wall outlet plugs). This made it difficult to plug in my fridge, freezer, fans, lights, chargers, TV and so on because of the limitations. I was having to get power strips for single plugs which can easily trip the fuse since so much power is going through one plug. I don’t like feeling like Ralphy’s Dad in “A Christmas Story” where he plugs all the lights of the Christmas Tree into one outlet and sparks fly everywhere.
I find that on almost all solar generators out there, the plugs are way too close together. This made it hard to plug in multiple items, especially if the plug was a big boxy plug. For example, the Patriot 1500 solar generator is a well-known unit on the market. One of my biggest gripes with it is firstly it only has two 110/120v plugs on it but then they’re literally smashed together. Any plug that has a large box on it covers the other plug.
The Titan has a unique symmetrical looking face that makes it easy to plug a lot of things in at once, including big boxy plugs. Since all the DC plugs are up top and all the wall outlet type plugs are spaced along the middle everything has its own room. Even with my old Kodiak, I would have to use 1ft extension cables so I could plug everything into the front of it even though it had plenty of plugs.
The Titan has 6 110/120v wall outlet plugs. 4 DC plugs w/USB options including USB C. Of course, it has a 30amp RV plug because Point Zero listened to people and they all said they wanted an RV plug. The RV Plug is rated to 25 amps.
The Titan has run welders and electric heaters, both extremely high power items, all at once in its testing phase and never had to use the RV plug for an extra bump in power. Not only that, but it ran 3,000 watts non-stop for 40 minutes! That’s not recommended though. Other units on the market advertise having a 1,500-watt inverter yet the battery can only do 550 watts continuously as seen here in this review. Others like the Bluetti can do 900 watts output continuously but that is still lower than what it’s inverter is rated to of 1,000w. The point is, the Titan is a class all of its own.
Running the Titan at 3,000 watts for a long time is hard on the battery. Doing it repeatedly will definitely reduce how many lifecycles it has. It is recommended that if you need to repeatedly run over 1,500 watts off the Titan that a second battery be added. This distributes the workload. To ensure the longevity of the Titan battery it should be run less than 1500 watts. But, this doesn’t mean that if you need to run more than 1500w that you can’t. All it means is if you need to run over 1500w every single day that you should have a second battery or more.
This is an awesome feature that people really undervalue in my opinion. The reason is that I’m in control. If I absolutely need to run 3,000w for 40 minutes for some reason then I can. If I do it once or twice it’s not a big deal. Other units on the market though won’t allow me to do it even if it’s just once. For example, if I had a solar generator that the inverter is rated to 1500w but the battery can only do 550w continuously then I have no control. I can run 1500w but only for a few minutes before the safety mode kicks in. So if I only had to do it one time and was not going to do it repeatedly, it doesn’t matter, I don’t have the option to do it. But with the Titan, if I need to run 3,000w for an extended length then I can. Doing that repeatedly is what is not recommended.
If I have the need to repeatedly run 3,000w then I’d need a second battery anyway to last longer than 40 minutes of running the equipment.
All of those plugs previously mentioned are the output plugs. It also has many input plugs such as 2 solar plugs for a total of 2,000 watts in solar power, 1,000 watts each port. Two wall charging plugs for a total of 600 or 1,200 watts per hour charge speed. A car charger plug as well to charge on the go. The car charger plug is an SAE plug that also works as the battery reset plug.
The car charger is rated to 15 amps because the cigarette lighter DC plugs in most modern vehicles are rated to 20 amps. So it’s at 15 amps so it can still charge as fast as possible without pushing the DC cigarette lighter port to the max. Volts x Amps = Watts. So to figure out how much the car charger puts out in watts we take 12v x 15a = 180 watts. That means if the battery were completely dead it’d take about 11 hours to charge. 2,000wh ÷ 180w = 11hrs. That’s on par if not better than other solar generators on the market since the charge speed is limited to 15 amps.
With the battery reset cable, it is very easy to jumpstart the battery in the case that I run the battery all the way down to zero. If the battery hits rock bottom it automatically goes into “safety” mode and stops working. This means it needs to be jumped. The easiest way to jump it is to simply plug in the wall charger and boom, fixed. But if I’m out camping or the grid is down and my battery drains completely I probably don’t have access to a wall outlet. All I have to do is take one of my 100w solar panels, connect it directly to the reset cable, then plug the reset cable into the SAE port for just a few seconds and it’s reset. Now I can start charging with my solar panels once again.
The average size for a portable solar generator on the market is right around 1,500 watts. That doesn’t mean I can actually use 1,500 watts until the battery is drained, but I digress.
In many cases, this has sufficed since not a lot of heavy-duty equipment was being run. Normally just my fridge, freezer, a fan, a light or two and chargers is what is run on my smaller solar generator. But that also meant that heavy-duty equipment couldn’t really be used. The Titan uses a 3,000-watt continuous inverter. This means 3,000 watts of energy can be used non-stop until the battery runs out. It’s technically a 3,200-watt inverter but it’s rated to 3,000 watts so that it is never overworked. Brilliant!
In all the testing that has been done, it has actually been able to handle up to 3,000 watts of continuous use without any problems. It was able to do that nonstop until the battery died about 40 minutes later. It ran a 120v welder and a heat gun without ever slowing down until the battery completely drained.
Even though the continuous wattage is 3,000 the peak wattage is 6,000 watts for 10 seconds! Generally, the peak wattage for an inverter is twice the continuous wattage. This is nice that they kept it at 2x the continuous power output. Surprisingly enough there are other units on the market such as the Renogy Lycan or Humless 1500 that do not have double the peak value.
Not only that the but peak wattage can hold for 10 seconds which is quite long. Sadly many solar generators will only handle 0.1 seconds of peak surge which sometimes is not enough to get large items running.
The Titan uses a Pure Sine Wave Inverter to make sure that anything can be run on it smoothly. Especially in the DIY Solar industry, it seems all too often people use Modified Sine Wave Inverters because they’re cheaper and will run most things. I don’t want to settle and find out something I need to run can’t run on Modified Sine Wave. Pure Sine Wave is the only way to go.
With the Titan, I was able to run my large miter/chop saw which I have not had any other unit use. Meaning if during an emergency I needed to build, repair, cut or whatever with large heavy-duty shop tools, I can do that no problem. Or it also means if I need power out at a job site I can easily run my miter/chop saw, table saw, sanders, air compressor w/nail gun, recharge cordless tool batteries and so on no problem.
Especially with an additional battery and lots of panels I can run all the heavy-duty tools in my shop and build anything I need! Imagine using this at a construction site instead of big heavy diesel or gas generators. Imagine being a contractor and having 2,000 watts of solar panels mounted to the work trailer with the Titan inside. The Titan could have 4 or 5 batteries connected and there would be endless power and never need to run to the gas station. Not to mention no loud generator making noise. Then the music could really be pumped up from the “boom box.”
There are not many units out on the market that have a 30amp style RV plug. There is one on the Apex generator but it is only rated to 15 amps according to what I’ve been told. The Titan includes a 30amp style RV plug which actually can easily handle 25 amps of power which is enough to run an RV no problem, just like if it were connected at a campsite to the power supply. This is very advantageous to have a fully working 30amp RV plug for those who enjoy RVing, 5th Wheel/Trailer Camping and Vanlife. There’s nothing easier than just connecting the vehicle straight to the RV plug and running the equipment.
Yes, I know people are saying right now “that’s AC power which means there’s a power loss when converted from DC power.” I’m talking about ease of use. Plug it in, and done. With enough panels and even a second battery, inefficiency is taken care of and a moot point.
Some tiny homes, trailers and off grid locations also use a 30amp RV plug to make it easier to connect a generator to it and run everything.
Not everyone is looking for that capability. Some people just need to have the RV plug to run all of their items in their setup.
Because of the large inverter size, battery size and larger fuses the Titan has no problem running the heavier items that smaller units cannot. The Titan can easily run a double Hot Plate, toasters, heat guns and other high wattage items without needing to plug into the larger RV plug and use an adapter to get the higher power needed to run those items.
Some people don’t need an RV plug at all. That’s fine. Having options is one of the many things that makes the Titan such a great unit.
It is very common for solar generators to have a car charger option with them. For example, the Kodiak and Apex have car chargers and will charge the Kodiak/Apex in about 5 hours which isn’t bad at all. This means it’s charging at about 15 amps which is pretty high but normal on modern vehicles. Most older vehicles have a 10amp fuse to their cigarette lighter port, others have 15 to 20 amps. We’ll touch more on this in a minute.
Other units such as the Goal Zero 1400 Lithium take 12 hours to charge using the car charger. That means that it is using about 10amps charging speed from the port to charge the Lithium 1400. Again, we’ll touch on this here in a second why this is actually important.
The Titan is able to charge in about 11 hours if charging at 15 amps. This does seem a little longer to charge, and I agree on that. But there is a good reason for it due to what the average car charger port can handle.
Some vehicles have a 20 amp fuse. If you are expecting the Titan to charge in 5 hours then you’re going to be disappointed. The battery is simply much bigger than other units and so it takes longer to charge. If a newer vehicle is charging the Titan then there’s a good chance it will charge in 11 hours from empty. If it’s charging from an older vehicle then you need to make sure that the 12v DC cigarette lighter port is rated to at least 15 amps. If you plug the Titan in and it stops charging from that port then you’ve probably overdrawn the fuse and need to replace it.
One of the cool features of the Titan is that multiple charging ports can be used at the same time. I have never seen this capability on any other unit out there. It has always been that you can only charge from the car, or wall or solar or whatever one at a time. This means on my truck and I could place 3 or 4 panels on my tonneau/bed cover and have them connected to the Titan. Then at the same time have the car charger plugged into as well and charge much faster.
Lithium has become very common to use nowadays and in my opinion, is definitely the best way to go. There are many Youtube videos and blogs out there that explain how much more cost-efficient lithium-ion is to lead-acid. In many cases, it takes roughly 12 lead-acid batteries to equate to one single lithium-ion battery in terms of power, cycles, and longevity.
A great lithium battery is the Battle Born LiFePo4 battery. Now before you get confused or jump all over me, LiFePo4 is also called “Lithium Iron Phosphate.” Lithium-Ion batteries are also called “Lithium NMC.” The Titan uses Lithium-Ion (Lithium NMC) because it is much lighter weight. A 100ah 12v LiFePo4 Battle Born battery costs just under $1,000. They are generally found for about $950 online.
12v x 100a = 1,200w. The Battle Born battery has 1,200wh of power in it. The Titan battery has 2,000wh of power in it. If I wanted to add more batteries on my own to the Titan I would likely go with something like the Battle Born because they’re great batteries. But, I would need two Battle Born batteries to get closer to the capacity of just one Titan Expansion battery. I would also need two Battle Born batteries because I would need to link them together to make 24v since the Titan is a 24v system.
Battle Born also has 24v batteries but most people who already have Battle Born batteries have them in 12v. Since the Titan uses a 24v battery I would need two 12v batteries or one 24v battery for external connection. The 24v battery is 50ah which means (24v x 50ah = 1,200wh) it is the same capacity as the 12v battery. Either way, I’d still need two Battle Born 24v batteries to equate to one Titan battery.
This means I would be close to $1,900 to get 2,400wh of capacity, and that’s not factoring in the cost of buying heavy-duty battery cables to connect the batteries together. Plus another heavy-duty cable to connect to the Titan.
I could just save a ton of money, have a lighter battery, not have to connect any heavy-duty battery cables and have the battery stack on top of the other Titan battery. A Titan Expansion Battery is only $1,395. When price comparing, the Titan Expansion Battery is far more affordable and gives me more watt-hours per dollar.
Titan Expansion Battery (1 Battery) = $1,395 ÷ 2,000wh = $0.70/wh
For the Titan to cost the same as buying two Battle Born batteries (not including additional cabling required) It would have to be priced at $1,595. Because, $1,595 ÷ 2,000wh = $0.79/wh. Even then it’s still worth going with the Expansion battery just for the ease of use.
The Titan is a way better bang for the buck than trying to get a third party battery to connect to the Titan. Now if I already had some Battle Born batteries on hand then I could go through the process of getting the cables and making it work. But with how I am, I think I’d rather have the ease of just one battery that easily stacks.
Plus, each Battle Born battery weighs 31lbs. So two of them means 62lbs of battery. Just one Titan Expansion Battery is about 35lbs, so it’s much lighter. I think I would prefer to sell the Battle Born batteries and get the Titan Expansion Batteries just for the sake of easier usage.
The Titan uses Lithium NMC technology and it uses the highest quality grade. The Goal Zero series of lithium units only have 500 cycles. This is why I love the Titan because it has 2,000 cycles, not just 500. That’s 4x the longevity of the battery.
Customer Service & Warranty
This is a big one for me. It blows me away that so many companies want to look big which means you have to push 10 different buttons to get to an operator just to answer a question. This was sadly what I experienced with the Patriot Generator. When I was originally doing a lot of my research I looked at the Patriot Power Generator.
It literally took me days to find a phone number to contact Patriot just to clarify some questions since they had never responded to any of my emails. This is a real deal-breaker for me with companies when they won’t help people out. Patriot is not the only company who I have experienced it with, many companies look small but act big. Funny thing is I get emails from customers of Patriot Solar Generator almost daily because they think I can help them more than Patriot’s own customer service, cause you can’t find it! I help where I can as usual but it’s near impossible to even get a user manual for the Patriot 1500 generator so I can only help so much.
This is one major thing I like about Point Zero Energy. Every single time I have called or emailed I have been answered quickly. I never have to go through a huge menu of where to connect my call to, I get straight to someone who can help.
Because I love the Titan so much and am an advocate for it I also take emails from people whether they’re interested or not. I help people figure out what kit size they need, how much power certain items generally run, what the best solution would be for their situation and tons more. I am ALWAYS happy to help where I can. If I don’t know an answer I will find out and get back. I generally answer same day or rarely longer than 24 hours.
The reason I do this is that I used to be the guy who could not tell you what a watt, volt or amp was. I never knew that Volts x Amps = Watts. I never knew the difference between a Series and Parallel solar panel connection, or even what a Series/Parallel connection was. I understood nothing about solar.
My #1 biggest gripe about the solar industry is that companies use lack of understanding against customers. I hate that. It’s not fair or right to take advantage of people who don’t understand electricity, and almost no one understands it! That’s why I started my whole website and was dedicated to having tried, true and tested complete solar kits that were easy to use and would actually run for long periods of time and charge quickly. Is that so much to ask?
That is why I love Point Zero so much. They are of the same mindset and would rather make an inverter that can do 3,200 watts easily but only rate it to 3,000 watts so it’s impossible for me to burn it out. They take the time to put in a redundant heat sensor in the batteries to guarantee they never get too hot so they last longer. It’s common sense kits sizing and personal help. That’s what I like, and that’s what I try to give too.
Point Zero has been very responsive, but they also include a 2-year warranty on the Titan rather than just a 1 year. Every single other unit I have seen anywhere has included a full 1-year manufacturer warranty. Point Zero took it a step further because they truly believe in their product and doubled the warranty. If anything goes wrong with the unit that is due to manufacturing, they will replace it for free no problem. That speaks tons of confidence in their product to me.
There are dozens of solar generators out there on the market now. Every couple of years a new and improved unit comes out that beats previous technology. Point Zero seems to have taken everything they’ve heard and learned the last few years and applied it to the Titan. I am glad they have listened to others and want to provide the highest quality product available.
The Titan is my go-to unit now and have been very pleased with its performance, quality and customer service. I think it will be many years until another comes out that can beat what the Titan can do.
I personally use the Titan 1000 Rigid Kit with One Additional Expansion Battery. The Titan 1000 Rigid Kit is the #1 recommended kit for “go-to” size and capability. It’s large enough to run things all day and still charge the battery to full by dinner time.
I hope you found this helpful. If you have any questions at all please Contact Me Here.