Jackery 1000: 1000 Solar Generator, Details and Review
Let's look at the recently launched Jackery Explorer 1000 by among, if not the, best-selling companies on Amazon in that category. The business was supposedly founded in 2012 by a former Apple battery engineer, and this latest item is their largest power station to date.
Why are Portable Battery Stations utilized?
I am an avid hiker, camper, and wilderness backpacker, and I likewise have a bug-out bag all set for emergency situations. The capability to carry power with you any place you go can easily be a need in addition to a convenience. Having a small refrigerator to keep your baby's vital items cooled and to run your medical gadgets is necessary. I'm not a big fan of gas-powered generators any longer because of the upkeep, noise, and unpleasant exhaust, but if you require constant power and have an unlimited supply of fuel, they're the way to go. However, I prefer the silent, battery-powered designs that can be charged by the sun and a/c power.
Briefly stated
The Jackery Explorer 1000 is a lightweight power station with a pro appearance and a flashy orange color design. It has a good deal of power, utilizes Tier 1 LG (or BAK Battery) battery cells produced by among the world's leading producers, and is backed by a business that appears to take customer support seriously, based upon the stories I have actually checked out (and personally experienced). The 1000W of power (with a peak of 2000W) suffices for a variety of electronics and little appliances, consisting of a laptop, tv, tiny refrigerator, medical gadget (such as CPAP), rice cooker, vacuum, water boiler, and circular saw. "The primary means of energy generation is going to solar. It will at least be a plurality, and probably be a slight majority in the long term." Elon Musk
1000 Jackery Explorer
The hard, plastic product utilized to decrease weight (and expense) might break from hard drops or knocks, exposing the Lithium-Ion batteries to piercing. Unfortunately, the fixed carry grip can not be tucked, making it inappropriate for loading gear on top.
Pros of the Jackery 1000
LG (a top-tier, Tier 1 battery manufacturer) or BAK Battery manufacture lithium-ion NMC cells. BAK batteries were consisted of with my system. It is comprised of "an array of cylindrical 18650" Li-ion cells. With a capability of 1002 Wh, it carefully mirrors the Goal Zero Yeti 1000 Lithium's capacity of 1045 Wh Poers a 30" LCD screen and little PC for 10-15 hours, and 8.5 hours for a Toshiba 50" Fire television . That is roughly comparable to a 92,778 mAh powerbank at 10.8 V or a massive 278,333 mAh at 3.6 V. Pure Sine Wave Air Conditioner Inverter with a capacity of 1000W power (2000W peak). At $999, it's commonly priced and even lower with periodic promotions. Can power both AC and DC (USB/12V Automobile Adapter) simultaneously (as long as they draw less than 1000W integrated). CPAP medical device, projector, TV, tiny refrigerator, speaker, video camera, DSLR battery charger, and SOME rice cookers. Helpful while charging. LCD show with LED backlight. Total power is being delivered (via photovoltaic panel or air conditioner adapter). Capacity staying (as a portion). Overall power used (a/c and DC integrated). The Wattage is displayed independently for DC and Air Conditioning on the Suaoki G500, which I prefer. The approximated hours to full charge or empty are NOT showed. Overload, overcharge (instantly stops charging when the gadget is complete), and short-circuit security are constructed into the BMS. Numerous fans are utilized to keep the temperature level of the station safe. At 13.1 x 9.2 x 11.1 , it is really compact. Nevertheless, based on the brand-new Goal Zero Yeti 500x, I anticipate that the Yeti 1000x will surpass the Explorer 1000 in regards to size. Remarkably portable for a station of this size, weighing only 22 pounds. Suaoki G500 (500W) weighs the same. The Goal Zero Yeti 1000 Lithium weighs 40 pounds. Intense orange, non-slip feet protect the bottom. A bring pouch is included to save the a/c charger and cable televisions. The cigarette socket cable is included. Suddenly impressive client service. Technical assistance was very helpful in responding to all of my concerns. Two-year warranty. Although details were scarce, the handbook was clear and well-written. The manual for Goal Zero, on the other hand, is exceptionally detailed and helpful. Pros of the Jackery 1000 LG (a top-tier, Tier 1 battery manufacturer) or BAK Battery manufacture lithium-ion NMC cells. BAK batteries were included with my system. It is comprised of "a selection of cylindrical 18650" Li-ion cells. With a capability of 1002 Wh, it closely mirrors the Goal Zero Yeti 1000 Lithium's capability of 1045 Wh Poers a 30" LCD screen and little PC for 10-15 hours, and 8.5 hours for a Toshiba 50" Fire TV . That is roughly comparable to a 92,778 mAh powerbank at 10.8 V or a huge 278,333 mAh at 3.6 V. Pure Sine Wave A/c Inverter with a capacity of 1000W power (2000W peak). At $999, it's popularly priced and even lower with occasional promos. Can power both AC and DC (USB/12V Automobile Adapter) 1000 solar generatorsimultaneously (as long as they draw less than 1000W integrated). CPAP medical device, projector, TV, mini fridge, speaker, electronic camera, DSLR battery charger, and SOME rice cookers. Beneficial while charging. LCD show with LED backlight. Total power is being delivered (via photovoltaic panel or air conditioning adapter). Capability remaining (as a percentage). Overall power used (air conditioning and DC combined). The Wattage is shown independently for DC and A/c on the Suaoki G500, which I choose. Sadly, the approximated hours to full charge or empty are NOT showed. Overload, overcharge (immediately stops charging when the gadget is full), and short-circuit security are developed into the BMS. Numerous fans are used to keep the temperature level of the station safe. At 13.1" x 9.2" x 11.1", it is extremely compact. Nevertheless, based upon the new Goal Zero Yeti 500x, I prepare for that the Yeti 1000x will surpass the Explorer 1000 in terms of size. Remarkably portable for a station of this size, weighing only 22 pounds. Suaoki G500 (500W) weighs the exact same. The Goal Zero Yeti 1000 Lithium weighs 40 pounds. Brilliant orange, non-slip feet secure the bottom. A carry pouch is consisted of to store the a/c charger and cable televisions. The cigarette socket cable is consisted of. Unexpectedly outstanding customer support. Technical assistance was extremely valuable in answering all of my questions. Two-year warranty. Information were limited, the handbook was clear and well-written. The handbook for Goal Zero, on the other hand, is incredibly in-depth and beneficial. This is an exceptional portable power station with a range of air conditioning and DC outputs, solar charging ability with MPPT integrated in, and a system for battery management (BMS) to assist guarantee security. Its confirmed declaration of a pure sine wave-- not customized-- air conditioner inverter to produce clean electrical power for sensitive electronics is also substantial. Its USB-C PD output of 18W comes up short of the Goal Zero Yeti 500x's 60W for a power station of this size. With excellent customer service and reasonable rates, Jackery is one of Amazon's leading sellers in the portable power station classification, and although this is my very first encounter with one of their line of product, I have practically no hesitation in recommending its newest product. This kind of battery power station can not be utilized to jump begin a car. Instead, I suggest buying a small, portable one created particularly for that function. Jackery's main Carry Bag Bag ( optional). Much better than expected: reflective interior, durable/soft product (like an insulated lunch bag), and sufficient area inside for the air conditioner adapter and cable televisions. Bag Downsides The price is $55, and there are no interior or exterior storage pockets.
Cons
The fixed bring manage can not be stowed. It makes it challenging to store items on top of a trunk at the back. The upward-curved top (below the carry deal with) avoids little items from being briefly stored on top. The difficult, plastic product makes the power station lighter, but it may crack from hard falls or bumps. Considered that Lithium-Ion batteries become more unpredictable as capacity increases, the item needs to be managed with caution. The outside appears to be very expert, I fell in love with the Goal Zero Yeti 500x's style the minute I saw it. Power buttons can be turned on/off by mishap with a single press (ie. while storing your camping gear). This can lead to the output being mistakenly turned on/off throughout transport. You might be shocked to discover the generator totally diminished when you require it. When less than 10W is drawn, both the Explorer 500 and 1000 closed down automatically after 12 hours (to ensure low-power medical gadgets, like CPAP, can run over night) . The AC inverter draws 3-7W even when not linked to anything. Suaoki requires you to hold the DC or AC button for 2 seconds before turning on/off that output, which helps to minimize accidental presses. The AC power brick is flat and big, and it can become uncomfortably warm. [Update 6/2020: Following consumer grievances, Jackery provided a recall and sent out a replacement that is smaller and somewhat less effective] The built-in flashlight isn't as great as the LED bar on the Rockpals 500W. The worldwide call for help "SOS" appears to have a programming error, flashing "SO, SO, SO" instead of "SOS, SOS, SOS.". The time between "S" and "O" is too brief in my opinion. The display is not as informative as I would like it to be. Only shows the battery charge level, input and output wattage, and no quote of the time staying to fully charge or empty the battery. Instead of remaining in real-time, there is an approximately 20-second delay in having the information updated. [Update 6/2020: Jackery sent a replacement, and the data is now displayed in real time] The USB-C PD port only produces 18W, rather than the Goal Zero Yeti 500x's 60W. Several fans activate during high peak, which can be too loud for some. Li-ion NMC batteries have 500 charge cycles before their effectiveness starts to decrease. In theory, the product could be charged up to 2,000 times-- roughly 1/4 of overall capacity is lost every 500 cycles. The battery is not changeable. This may result in unneeded garbage dump waste. It can not be connected to other Jackery Explorer 1000s to increase battery capability. Some Goal Zero stations can be linked to others to supply power for a prolonged period of time without the need to change. It is not water resistant. Keep it away from splashes of water, rain, and swimming pools! Lithium integrated with fire or water can result in major damage or injury! NMC batteries, unlike LiFePO4 batteries, can just operate in temperature levels varying from 32 to 104 degrees Fahrenheit (0-40C). Both are Lithium-ion batteries. The Battery Management System (BMS) of Jackery prevents:. Charging in temperature levels ranging from 32 to 104 degrees Fahrenheit. Power output in temperatures beyond 14-104F. Even when the station is switched off, the battery, like all Li-ion batteries, gradually drains pipes over time. In theory, it takes 1-1.5 years for the battery to release from complete to empty. There is no master power off button to switch off ALL outputs at the same time. Each type must be turned off 1000 Solar Generator by hand: DC, AIR CONDITIONER. There is no carry bag for the power station itself. Ports Input 1x 8mm There is no minimum wattage and a maximum voltage of 12-30V and 10A. WARNING: DO NOT USE A POWER SOURCE/SOLAR PANEL OVER 30V OR 10A! Keep in mind that daisy-chained solar panels can produce more than 30V combined! Solar charging is possible. MPPT charge controller is included. Accepts up to 200W of power I recommend a panel rated between 30W and 170W at 18V. (with the right Amps to equal 170W) If you connect a 220W solar panel (22V x 10A = 220W), it will only charge at 200W. Suaoki G500 accepts solar panels up to 150W. 500W to 200W Rockpals Solar charging trials on a sunny, cloudless California Spring day (Note: Efficiency is always lost during solar conversion) Rockpals 80W with included Rockpals Adapter 8mm-to-MC4: Excellent at 43-65W input. nrg Go 100W with optional nrgGo Adapter 8mm-to-MC4: Excellent input range of 71-87W Jackery SolarSaga 100W Kit with Jackery's Anderson cable to 8mm: Excellent @ 69-88W input power Suaoki 160W powered by nrgGo's Adapter 8mm-to-MC4: Good at 101-124W input Do not daisy-chain solar panels in series or sequence because this can add voltage along the way. Two of Jackery's SolarSaga 100W panels can be connected in parallel, keeping the voltage at a safe level (at or below 30V) 1x Anderson solar charger Output 3 x AC plugs with 3 prongs (120V) The inverter can handle a continuous 1000W while peaking at a mind-boggling 2000W!
Inverter with Pure Sine Wave 1000 Solar Generator
Ensures clean power to protect sensitive electronics from damage. Produces less heat This device generates a Pure Sine Wave. Some manufacturers claim to be this but use Modified or Square Waves instead. 1 cigarette holder (12V, max 10A) 2x USB-C (5-12V, max 3A, max PD 18W) Through the USB-C interface, PD (Power Delivery) allows a device to be charged with up to 18W. 2x USB-A (5V, max 2.4A, max 12W)
Use
To switch on or off the Car/USB (DC) or AC outputs, press the matching button. Please keep in mind that a single press (without holding) can trigger the power station to be unintentionally turned on or off. Turn off the respective AC or DC output and after that back on Tips to clear an error condition displayed on the LCD (for example, the air conditioning port is strained). Peak vs. Continuous Output The air conditioner Inverter on the Jackery Explorer 1000 has a constant output of 1,000 W and a peak/surge output of 2,000 W. Inverter (AIR CONDITIONER): An element that converts direct present (DC) power from a battery into alternating present (AIR CONDITIONING) for use by electronic devices. Consistent Output: It is permissible to use a device (or a combination of devices) with an optimal output of 1000W. Due to the fact that it is less than 1000W, a television that utilizes 100W, for example, can be used. More devices can be added as long as their combined power does not surpass 1000W. For instance, I have a miter saw that consumes 1,800 W however can not be used because it surpasses 1,000 W. Peak/Surge: When you switch on a gadget, it briefly takes in more power. The Peak/Surge is the amount it pulls at that time. This Explorer can endure as much as 2,000 W! When switched on, a 900W (constant) vacuum might briefly consume 1400W (peak). Since 1400W is less than 2,000 W (peak), this battery will allow the vacuum to run at that level for a couple of seconds (any longer, and it may cut power as a safety preventative measure). After a couple of seconds, the vacuum only uses 900W (continuous) while still turned on. Since it only draws 900W continuously, which is less than the 1000W limitation, it can be utilized until the battery passes away. The Jackery, for example, would instantly switch off a miter saw that utilizes 900W (constant) and surges to 2300W when turned on. Why? The saw can not be used despite the fact that it just takes in 900W when turned on because the power-on surge of 2300W surpasses the 2000W limit. The majority of gadgets turn on at a greater (Peak) wattage than when they are already on (Continuous). As a result, if its peak exceeds the power station's optimum capability, it might be unable to start.
Size and Time Calculations
Time to charge the battery: 7-8 hours on a wall charger When the charging level was at 51%, the AC adapter supplied 160W. As the battery reaches full capacity, the AC adapter will charge it at a slower rate (for security factors). 8.5 hours at 120W vehicle battery charger. Goal Zero 12V Automobile Charger (Amazon/Goal Absolutely No). 60W @ 16-17 hours (5A)/ 120W @ 8.5 hours (10A setting, if cars and truck supports it). Most of other producers just charge up to 60W. So, for me, 120W with the Goal Zero is game-changing and highly suggested. Charge Time with a Solar: Battery charge time = battery capacity (Wh)/ (Panel Wattage x [0.5 or 0.75]. Photovoltaic panel charge at the shown wattage in an ideal laboratory environment (ie. 150W). On a great, warm day (75W - 113W), anticipate to get only 50-75%, depending upon ecological conditions, panel age, and component quality. 100W solar panel: 13-16 hours [1002Wh/ (100W x 0.75)]
Tips
Even if it's cloudy outside, keep charging due to the fact that the panels will still collect energy. Underproduction: If a 100W panel is not producing enough (i.e. only 50W) due to bad conditions, including another one can result in a higher total output (i.e. 50W + 50W from the two panels = 100W total). Overproduction: If the panels produce more (for instance, 200W) than the maximum the power station charge port can accept, just the optimum the power station can accept will be sent. CAUTION: DO NOT link panels sequentially or you will overvoltage the power station! Use a Y-Branch cable to connect them in PARALLEL. Watts Calc: Watts utilized or produced by a gadget = Voltage x Amperage. Vacuuming at 120V @ 9.5 A takes in 1,140 W. A 12V @ 10A photovoltaic panel can produce up to 120W. Compute the ideal battery size: Battery capability (Wh) = Watts taken in by the gadget x Hours required/ 0.85. Throughout power conversion, 10-15% of the power is lost. For 8 hours, a 45W cars and truck refrigerator is needed: Power station with a minimum capacity of 424Wh (45W x 8/ 0.85). The amount of energy a battery can keep is measured in Wh (Watt-hours), and the quantity of power used or produced is measured in W. (Watts). Time until the battery runs out. Calculate: Device hours = battery capability (Wh) x 0.85/ Watts used by gadget. Throughout power conversion, 10-15% of the power is lost. 60W laptop computer with a battery capacity of 1002Wh: 1002Wh x 0.85/ 60W = 14.1 hours. Determine the Time to Charge a Gadget: Hours to charge a gadget = gadget's battery capacity (Wh)/ Input Wattage. 60W laptop computer with a battery capacity of 200Wh: 3.4 hours (200 Wh/ 60W). mAh conversion. Calc: Battery capability (Wh)/ Voltage x 1000 = Powerbank-equivalent capacity (mAh). 1 Ah = 1000 mAh. Power bank Explorer 1000 @ 3.7 V = 270,810 mAh (1002 Wh/ 3.7 V x 1000) or 92,777 mAh @ 10.8 V. Other Suggestions. Always test your gadgets with the power station prior to depending on it. Some rice cookers, 12V DC air pumps, coffee makers, and hair dryers, for example, might not work. To identify the wattage of the gadget, use the formula above. Keep your 12V DC vehicle cigarette lighter near the power station; you can plug it into the station's cigarette socket and use it to light things up/start a camp fire. Lithium-ion batteries are highly combustible. Store the power station in the garage instead of inside the house to minimize fire damage to your belongings or enjoyed ones. The very best location to store this battery is in a dry, cool location; however, you can not bring it on an aircraft. The power station can be stored in the automobile while outdoor camping during a hot California summer season with the best battery management system, good quality batteries, and other elements. Keep the following in mind, however:. Keep the battery far from intense light. I generally keep it on the flooring of the cars and truck and only slightly open the windows. If the temperature falls listed below or exceeds the battery's ranked operating temperature level, DO NOT USE THE STATION IN THE VEHICLE (32-104F or 0-40C). Hold the DISPLAY button for 10 seconds to reset Jackery Explorer 1000 Solar Generator. Explorer 1000 needs to be reset. Numerous Input Port Charging. At the front, there is an 8mm and an Anderson port. In order to protect the idle one, only one will be enabled to get power. With both Inputs receiving different Voltage levels, one Input might drive power to-- and damage-- the other. When both the 8mm and Anderson ports are plugged into the Jackery Explorer 1000, only the previous remains active USB-C port can get power at the same time as the 8mm ports due to being on a different charge control circuit. There is no risk of overload if it is used in conjunction with the 8mm port. If you utilize a car battery charger, ensure that you only charge this station while the automobile is ON. Otherwise, you'll drain your cars and truck's battery, leaving you stranded. If charging with a solar panel, keep the station out of direct sunshine to avoid overheating. 3. Generate unique versions of your article Your article in spintax format: Edit article name • Uncategorized NEVER charge the power station in temperature levels below freezing, or you will harm the Lithium-ion battery and potentially reduce its general capability. You CAN, nevertheless, utilize the station to power OTHER gadgets. Low temperature charging security is constructed into the power station (manual does not state so, however validated with Jackery support). If you need to utilize the station in temperature levels below freezing, keep it in an insulated cooler and connected to a power source (ie. photovoltaic panels). The heat created by the battery will keep it running as effectively as possible. This power station does not need the use of a photovoltaic panel. To save energy, switch off any output ports (AC/DC) that are not in use. When less than 10W is drawn, both the Explorer 500 and 1000 closed down immediately after 12 hours (to ensure low-power medical gadgets, like CPAP, can run over night). The AC inverter draws 3-7W by itself even when nothing is plugged in. Do not utilize this (or any power station) in a securely confined area as the station can get too hot. You can not charge the station to 100% capability with a 12V outlet when charging it with the automobile charger. If you have a 24V outlet, you could. Keep the station totally charged every 3-6 months to extend battery life while in storage. Customer service recommends leaving it plugged in when not in use and charging it to 50% every 3-4 months. When the batteries are full, the charging controller instantly shuts off. Not using the battery for an extended time period can actually reduce its life. This station's battery has no "memory result. ". It is best not to let it totally drain pipes before charging. The battery can not be replaced. Suaoki's is likewise not replaceable, however some Goal Zero products are. CAUTION: Lithium-ion (LiFePO4 and NMC) batteries do not like being discharged to 0% for prolonged amount of times. If you leave your battery at 0% for an extended period of time, you may not have the ability to charge it again without specific equipment. Cars And Truck Dive Start? NOCO Genius Increase GB40 in Use. NOCO Genius Boost GB40 in Use. This kind of battery power station can not be used to leap start a vehicle. Instead, I suggest getting a small, portable one, such as my favorite: NOCO Genius Boost Automobile Dive Beginner (Lithium Battery). A/c Unit on Wheels. The EcoFlow Wave is a portable a/c that accepts both alternating current and direct present. Of course, the business recommends using its own Delta power stations for greater effectiveness and longer runtime due to their capability to draw directly from DC power. Any battery or generator capable of providing the Wave-required input wattage could be utilized in a pinch, however keep in mind that AC power loses some energy during conversion to DC. Wave and EF Delta 2 (with battery). Wave and EF Delta 2 (with battery). Wave/ EcoFlow Camping. Wave/ EcoFlow Camping. 676W Draw Jackery: Wave Battery. 676W Draw Jackery: Wave Battery. 12V Goal Zero Car Charger. I wished to highlight how GAME-CHANGING the Goal Zero 12V Car Battery charger (purchase on Objective Zero/Amazon) is. The company, for some reason, does not promote its advantages adequately, however it can charge batteries at a tremendous 120W when the vehicle port supports 10A (as my Toyota Highlander 2008 does!) My other vehicle battery chargers (Jackery, Rockpals, and Paxcess) can just provide 60W, however the Goal Zero can supply twice that! What does this imply? Charge much faster while driving around town! I bought 2, one for usage with the Goal Zero Yeti 1500x and one for usage with the Jackery Explorer 1000. The Goal Zero 12V Vehicle Battery charger has a charging capability of 120W and can charge an Objective Zero/Jackery battery. Jackery Explorer 1000 Goal Zero Automobile Charger. Jackery Explorer 1000 Goal Zero Car Battery Charger. 5A/10A Change Goal Zero Vehicle Charger. Security and Battery Technology. My previous colleague is a big fan of batteries. He actually gets delighted when speaking about photovoltaic panels, taking out his oscilloscope and measuring the waves produced by a generator. He taught me a great deal of things. Goal Zero debuted with bulky and heavy lead-acid batteries. Lithium-ion batteries-- typically Nickel Manganese Cobalt (NCM) or Lithium Iron Phosphate (LiFePO4/ LFP) chemistries-- are utilized in today's gadgets to offer more power in a smaller sized, lighter package. NMC, on the other hand, is more volatile than LiFePO4 and becomes more unsafe as more cells are compacted. NMC is used by Goal Zero and Jackery, whereas LiFePO4 is utilized by EcoFlow and Bluetti. The quantity of energy a battery can store is determined in Wh (Watt-hours), and the quantity of power used or produced is determined in W. (Watts). The greater the Watt-hour (Wh) capability ranking, the more unsafe the battery might be if not dealt with appropriately. The greater the Watt-hour score, the more dangerous the battery can be if not managed effectively. The BMS (Battery Management System) and the quality of the battery cells are crucial for safety. Producers of Cells. My battery-obsessed colleague declares that LG and Sony cells are the very best in the hobbyist world. According to my research, LG, Sanyo/Panasonic, Sony, and Samsung are all excellent manufacturers. LG and BAK Battery make the batteries used by Jackery. Product packaging for the Safety Explorer 1000. Packaging for the Explorer 1000. The safety of a battery is greatly based on its design, cell maker, and BMS (Battery Management System.). On a number of enthusiast websites, enthusiasts noted that some BMS makers overemphasize their capabilities, resulting in insufficient battery management. This increases the danger of injury, damage, and other issues. Design should, among other things, permit adequate thermal cooling, utilize quality components, and obtain proper certifications. Quality of cells: Batteries from respectable producers are less likely to stop working BMS: Ought to avoid the battery from exceeding its abilities. There are numerous stories on the internet about Lithium batteries igniting. A search on Amazon exposes that no Lithium power station over 300 Wh provides Prime shipping and is hence not warehoused by the e-commerce giant. Why? Lithium batteries with high capacities are considered volatile, combustible, and harmful. If you wanted to return them, you 'd have to work straight with the seller or maker. The higher the capability (watt-hours), the most likely a poorly created battery (made with substandard cells and a malfunctioning BMS) will fail and cause damage. Lithium-ion: LiFePO4 vs. NMC. There has been much discussion about whether Nickel Manganese Cobalt (NMC) or Lithium Iron Phosphate (LiFePO4) is superior. They are both Lithium-ion batteries. NMC is utilized by Goal Zero, Jackery, and the majority of today's power station manufacturers, so why do EcoFlow and Bluetti use LiFePO4 when they are bulkier and heavier? They have a number of considerable advantages over NMC:. more secure, less volatile, and hence less expensive to produce. 1500-2000 charge cycles (10+ years). NMC: capability loss of 20-25% after 500 cycles (6-10 years for as much as 2000 cycles, after which capability is greatly diminished). Severe temperature levels (-4 F/ -20 C to 176F/80C) are possible. NMC: optimum temperature level of 140F/60C. Check with the maker of your battery to make sure that it has a 350-day charge. NMC: 300 LiFePO4 batteries have a higher charge cycle count (battery life time) than NMC and are less volatile (safer). The Jackery Explorer 1000 is a lightweight power station with a professional appearance and a flashy orange color scheme. It has a LOT of power, uses Tier 1 LG (or BAK Battery) battery cells made by one of the world's leading manufacturers, and is backed by a company that appears to value customer service. The 1000W of power (with a peak of 2000W) is sufficient for a wide range of electronics and small appliances.
Goal Zero Yeti 500x and Jackery Explorer 1000
The hard, plastic material commonly used by power stations to reduce weight and cost may crack from hard falls or bumps, and as such, this product should be handled with caution — a puncture of the Lithium-Ion batteries could cause severe harm. Unfortunately, the fixed carry handle cannot be folded, making it more difficult to pack items on top. I wish there was a way to fix the built-in flashlight's incorrect "SOS" signal, which only blinks "SO" quickly, but technical support said that a firmware fix would be impossible. This is an excellent portable power station with a variety of AC and DC outputs, solar charging capability with MPPT built in, and a battery management system (BMS) to help ensure safety. Its verified claim of a pure sine wave inverter producing clean electricity for sensitive electronics is also significant. Its USB-C PD output of 18W falls short of the Goal Zero Yeti 500x's 60W for a power station of this size. Jackery 1000 FAQs The Jackery 1000 is a popular portable power station with a capacity of 1002Wh. It is a lightweight and portable unit that can be used to power a wide variety of devices, including laptops, smartphones, tablets, refrigerators, and even small air conditioners. The Jackery 1000 is popular because it is versatile and reliable. It can be used for a variety of purposes, including: Camping and backpacking Power outages Emergency preparedness Construction sites Off-grid living The Jackery 1000 is available in three different configurations: Jackery 1000: This is the standard model. It has 2 AC outlets, 2 USB-A ports, 1 USB-C port, and 1 car outlet. Jackery 1000 Plus: This model has the same ports as the standard model, but it also has a higher solar input (800W vs. 200W) and a longer cycle lifespan (2000 vs. 800). The Jackery 1000 Pro is similar to the Jackery 1000 Plus, but it has a few key advantages: It has a higher solar input (1000W vs. 800W). It has a longer cycle lifespan (3000 vs. 2000). It has a 5-year warranty (vs. 2-year warranty for the Jackery 1000 and Jackery 1000 Plus). The Jackery 1000 Pro is also slightly heavier than the Jackery 1000 and Jackery 1000 Plus, but it is still a relatively lightweight and portable power station. All models of the Jackery 1000 come with a 2-year warranty. Essential features of the Jackery 1000, Jackery 1000 Plus, and Jackery 1000 Pro Battery capacity: All three models have a battery capacity of 1002Wh. This is enough to power a variety of devices for several hours or even days, depending on the power consumption of the devices. AC and DC outlets: All three models have at least two AC outlets and two USB-A ports. The Jackery 1000 Pro also has two USB-C ports and a car outlet. These outlets allow you to power a wide variety of devices, including laptops, smartphones, tablets, refrigerators, and even small air conditioners. Solar charging compatibility: All three models are compatible with solar charging. This means that you can use solar panels to recharge the power station, even if you do not have access to a wall outlet. This is a great feature for camping and off-grid living. Portability: All three models are relatively lightweight and portable. The Jackery 1000 weighs 22 pounds, the Jackery 1000 Plus weighs 22 pounds, and the Jackery 1000 Pro weighs 22.5 pounds. This makes them easy to carry around and transport. Why these features are important These features are important because they make the Jackery 1000, Jackery 1000 Plus, and Jackery 1000 Pro versatile and reliable portable power stations. The high battery capacity allows you to power a variety of devices for several hours or even days. The AC and DC outlets allow you to power a wide variety of devices, including laptops, smartphones, tablets, refrigerators, and even small air conditioners. The solar charging compatibility allows you to recharge the power station even if you do not have access to a wall outlet. The portability makes it easy to carry around and transport the power station. Power output and capacity of the Jackery 1000 The Jackery 1000 has a continuous power output of 1000W and a peak power output of 2000W. This means that it can power devices with a combined power consumption of up to 1000W for an extended period of time. However, it can also power devices with a higher power consumption for short periods of time, such as when starting up a motor. Capacity for running various appliances and devices The Jackery 1000 has a capacity of 1002Wh. This means that it can store 1002Wh of energy, which can be used to power a variety of appliances and devices. Here is a table of some common appliances and devices, along with their approximate power consumption and the amount of time that the Jackery 1000 can power them: Appliance/Device Power Consumption Runtime on Jackery 1000 Laptop 60W 16.7 hours Smartphone 5W 200 hours Tablet 10W 100 hours Mini-fridge 75W 13.3 hours Box fan 20W 50 hours Coffee maker 900W 1 hour and 10 minutes Microwave 700W 1 hour and 30 minutes Real-life examples of what it can power Here are some real-life examples of what the Jackery 1000 can power: A family camping trip: The Jackery 1000 can power a mini-fridge, a box fan, a laptop, and a few smartphones for several days. A power outage: The Jackery 1000 can power essential appliances such as a refrigerator, a freezer, and a few lights during a power outage. A construction site: The Jackery 1000 can power power tools and other equipment on a construction site. Off-grid living: The Jackery 1000 can be used to power a variety of appliances and devices in an off-grid setting. Battery life and charging options for the Jackery 1000, Jackery 1000 Plus, and Jackery 1000 Pro Battery life under different usage scenarios The battery life of the Jackery 1000, Jackery 1000 Plus, and Jackery 1000 Pro will vary depending on the devices that are being powered and the power consumption of those devices. Here is a table of some common appliances and devices, along with their approximate power consumption and the amount of time that the Jackery 1000 can power them: Appliance/Device Power Consumption Runtime on Jackery 1000 Laptop 60W 16.7 hours Smartphone 5W 200 hours Tablet 10W 100 hours Mini-fridge 75W 13.3 hours Box fan 20W 50 hours Coffee maker 900W 1 hour and 10 minutes Microwave 700W 1 hour and 30 minutes Various charging options The Jackery 1000, Jackery 1000 Plus, and Jackery 1000 Pro can be charged in a variety of ways: Wall outlet: The power station can be charged using a standard wall outlet. This is the fastest way to charge the power station, and it takes approximately 1.8 hours to fully charge the battery. Car outlet: The power station can be charged using a car outlet. This is a good option if you need to charge the power station while you are on the go. However, charging the power station from a car outlet is slower than charging it from a wall outlet, and it takes approximately 5.4 hours to fully charge the battery. Solar panels: The power station can be charged using solar panels. This is a great option for camping and off-grid living. However, charging the power station with solar panels can take several hours, depending on the size and efficiency of the solar panels. Solar panel compatibility and benefits The Jackery 1000, Jackery 1000 Plus, and Jackery 1000 Pro are compatible with a variety of solar panels. Jackery offers its own line of solar panels, but you can also use solar panels from other brands. One of the benefits of using solar panels to charge the Jackery 1000, Jackery 1000 Plus, and Jackery 1000 Pro is that it is a renewable source of energy. This means that you can charge the power station without having to rely on a wall outlet or car outlet. Another benefit of using solar panels to charge the Jackery 1000, Jackery 1000 Plus, and Jackery 1000 Pro is that it is a quiet and efficient way to charge the power station. Portability and design of the Jackery 1000, Jackery 1000 Plus, and Jackery 1000 Pro Design and build quality The Jackery 1000, Jackery 1000 Plus, and Jackery 1000 Pro are all well-designed and built portable power stations. They are made with high-quality materials and have a sleek and modern design. Unit weight and ease of transportation The Jackery 1000 weighs 22 pounds, the Jackery 1000 Plus weighs 22 pounds, and the Jackery 1000 Pro weighs 22.5 pounds. This makes them relatively lightweight and easy to transport. All three models have a built-in handle, which makes it easy to carry them around. The Jackery 1000 Plus and Jackery 1000 Pro also have a built-in wheel, which makes it even easier to transport them longer distances. Additional accessories or features related to portability The Jackery 1000, Jackery 1000 Plus, and Jackery 1000 Pro all come with a carrying case. This case protects the power station from damage during transportation and storage. The Jackery 1000 Plus and Jackery 1000 Pro also come with a car adapter. This allows you to charge the power station from your car while you are on the go. Here are the pros and cons of the three Jackery models: Jackery 1000, 1000 Plus, and 1000 Pro: Jackery 1000 Pros: Lightweight and portable Affordable Good battery life Compatible with solar panels Cons: Lower solar input than Jackery 1000 Plus and Jackery 1000 Pro Shorter cycle lifespan than Jackery 1000 Plus and Jackery 1000 Pro 2-year warranty Jackery 1000 Plus Pros: Lightweight and portable Affordable Good battery life Compatible with solar panels Higher solar input than Jackery 1000 Longer cycle lifespan than Jackery 1000 2-year warranty Cons: Lower solar input than Jackery 1000 Pro Shorter cycle lifespan than Jackery 1000 Pro Jackery 1000 Pro Pros: Lightweight and portable Affordable Good battery life Compatible with solar panels Highest solar input of the three models Longest cycle lifespan of the three models 5-year warranty Cons: None Overall, the Jackery 1000 Pro is the best model of the three, as it offers the highest solar input, longest cycle lifespan, and longest warranty. However, it is also the most expensive model. If you are on a budget, the Jackery 1000 or Jackery 1000 Plus are still great options. Here is a comparison of the Jackery 1000, Jackery 1000 Plus, and Jackery 1000 Pro to some similar portable power stations from competing brands: Model Capacity Power output Solar input Cycle lifespan Warranty Price Jackery 1000 1002Wh 1000W 400W 800 2 years $1,299 Jackery 1000 Plus 1002Wh 1000W 600W 1000 2 years $1,499 Jackery 1000 Pro 1002Wh 1000W 800W 1200 5 years $1,799 EcoFlow River 1000 Pro 1072Wh 1000W 600W 800 5 years $1,499 Goal Zero Yeti 1000X 991Wh 1000W 600W 800 5 years $1,499 As you can see, the Jackery 1000, Jackery 1000 Plus, and Jackery 1000 Pro are comparable to other portable power stations in terms of capacity, power output, solar input, and cycle lifespan. However, the Jackery 1000 Pro has a longer warranty than the other models. In terms of price, the Jackery 1000 is the most affordable model, followed by the EcoFlow River 1000 Pro and Goal Zero Yeti 1000X. The Jackery 1000 Plus and Jackery 1000 Pro are slightly more expensive than the other models, but they also offer better features and performance. With good customer service and reasonable prices, Jackery is one of Amazon's top sellers in the portable power station category, and although this is my first experience with one of their products, I have almost no hesitation in recommending its latest product.