Perfectly matched my needs and exceeded expectations
If you are shopping for battery backup devices like this DBS1300 then you surely are overwhelmed like I was with the many many offerings that are very similar in performance and price. This review will describe why I settled on Dabbsson and the DBS1300. The product is capable of exactly what it's advertised as able to do. If, you are looking for a review on "is this quality", the answer is: Absolutely. It is well made, feels premium, and works wonderfully. When shopping for one of these batteries / solar generators these were my list of features that I wanted in order of importance. 1. Battery Type - LFP (LiFePO4) batteries are really the only good option here as regular Li-Ion batteries should not be left fully charged. Keeping the battery at 80% to save it's operating life is a terrible option for this application. Further LFP also can cycle 3-5X as many times as LMC type batteries, making the device life much longer. Specifically Dabbsson uses cells they claim have 4500+ cycles before degrading to 80% of it's original capacity. At 4500 cycles, the number may as well be a million as I'll never get close to cycling it 5 times a day for ~3 years. 2. Battery Capacity - I added up all of my expected power draws vs how long I needed to run the device. This is the main cost factor and I ended up deciding that for my desired price point and how long our average power outage is made me seek out batteries with a minimum of 1.0kWH. 3. Power output capability. Again, this is directly related to what devices you want to run and what your use case is. For me I didn't plan to run power tools, or very high peak power devices. I need to recharge cell phones, laptops, lights, and run a small essentials only refrigerator or portable A/C unit. I decided that 1kW continuous was my minimum requirement. 4. Power Input capability. This is driven by your use case. If primarily camping then being able to charge quickly is important. It is highly desirable to be able to quickly charge when the sun is at peak, or when clouds clear up, or quickly charge when you have access to a 120V grid power. If using the battery as a battery backup for the home, then maybe this doesn't matter as much. My requirements led to a desire to be able to fully recharge the battery from the wall socket in around 2 hours, or from already purchased 330W, 60V solar panels. 5. Power ports. My minimum requirement was USB-PD with at least 65W output to charge my Macbook. Addtionally, I wanted a minimum of 4 120V outlets to power other AC devices. The Dabbsson DBS1300's has high quality LFP batteries, it is 1300kWh exceeding my minimum, has a power output of 1200W, can quickly charge on 60V solar cells, or on 120VAC in around an hour, has all the ports I need including a USB-PD with 100w output making it great for laptops. When compared to other devices in the similar price range and battery size (EcoFlow, Bluetti, Jackery, etc). The Dabbsson is a bit less expensive with the tradeoff of offering a lower AC power output than most of the other competitors. For this class, 1200W continuous is quite low when others offer up to 2000W. However, given the larger than average 1300kWh, slightly lower price, excellent power port diversity, and very long life LFP battery cells made me believe that the DBS1300 was the right device for me. TL:DR Overall, I'm shocked at how great this device is for the price (when it's on sale). For my use case of primarily emergency battery backup, and secondary use case of camping. The DBS1300 offers the best combination of features and price with the sacrifice of slightly lower power output capability. I look forward to building out this unit with an additional DBS1300, and 4 DBS1700B's extra batteries to fully utilize this really well made device. Read more




















