Best Mid-Size Power Stations (500–1500Wh)

The EcoFlow DELTA 3 Plus is the best mid-size power station, scoring 9.0/10 on our rubric. Its 1,024 Wh LiFePO4 pack is rated for 4,000 cycles, it takes 1,000 W of solar, it refills from the wall in 56 minutes and it expands to 5,000 Wh. The DJI Power 1000 V2 trails at 8.8 but has the strongest inverter at this capacity (2,600 W) and expands to 11,264 Wh.

How we picked

We scored all 18 current stations from 500 Wh up to (but not including) 1,500 Wh in our power station database using our published rubric. It weighs battery chemistry and rated cycles, continuous AC output, energy per pound, wall and solar recharge speed, expandability, UPS switchover, warranty and app control. “Best overall” is the top score. Every other label states the filter that earns it, so you can check the logic against the table at the bottom.

The best mid-size power stations, ranked

#1

Best overall

EcoFlow DELTA 3 Plus

9.0Amphourly Score

Battery chemistry

LiFePO4

Rated cycle life

4,000

AC output

1,800 W

Energy density

37.1 Wh/lb

A 1024Wh LiFePO4 power station with an 1800W inverter, dual 500W solar inputs and a 10 ms UPS, suited to home backup, off-grid solar charging and RV use, expandable with extra batteries.

Strengths

• 1000W solar input across two 11-60V ports
• Full AC recharge in 56 minutes at 1500W input
• Two 140W USB-C ports and two 36W USB-A ports
• Expandable up to 5kWh with compatible DELTA extra batteries

Watch out for

• 27.6 lb with no wheels
• Extra batteries connect via an Alternator Charger XT150 Output Cable
• Same 1024Wh capacity as the DELTA 3; the Plus mainly adds solar and USB power

The DELTA 3 Plus is the top scorer in the class, and it gets there by being strong almost everywhere. Its 1,024 Wh LiFePO4 pack is rated for 4,000 cycles, it refills from the wall in 56 minutes at 1,500 W, it switches to battery within 10 ms and it takes 1,000 W of solar across two 11-60 V XT60i inputs. That’s double the plain DELTA 3’s 500 W, and it means two 400 W folding panels can refill the pack in about 1.7 hours of good sun. It adds six AC outlets, two 140 W USB-C ports and up to 800 W of charging from a car with EcoFlow’s Alternator Charger, and it expands to 5 kWh with DELTA extra batteries.

The 1,800 W inverter is the main gap versus the DJI below. Its 3,600 W surge rating is published, though, so it clears a 1/2 HP sump pump’s 3,000 W start on paper. See every field on the DELTA 3 Plus spec page.

#2

Most expandable (to 11,264 Wh)

DJI Power 1000 V2

8.8Amphourly Score

Battery chemistry

LiFePO4

Rated cycle life

4,000

AC output

2,600 W

Energy density

32.72 Wh/lb

A 1,024Wh LFP power station rated for 2,600W continuous output, with a 56-minute AC recharge, Wi-Fi/Bluetooth app control and support for up to five 2,048Wh expansion batteries.

Strengths

• Full AC recharge in 56 minutes (0-80% in 37 minutes)
• Expands to 11,264Wh with up to five Expansion Battery 2000 units
• Over 80% capacity after 4,000 cycles
• UPS switchover within 0.01 seconds

Watch out for

• Four AC outlets on CN/US/JP models, two in other regions
• DJI notes AC output varies by region; the 100-120V model is listed at 20A max AC current
• Solar charging needs an optional SDC accessory (1.8kW Solar/Car Super Fast Charger for the 1,800W figure)
• No built-in 12V car socket

The Power 1000 V2 is a tenth of a point behind and wins on raw output and growth. Its 2,600 W continuous inverter is 800 W more than the 1,800 W that most 1 kWh rivals carry, so it runs a 1,500 W space heater or a 1,300 W coffee maker with real headroom. It refills from the wall in 56 minutes (0-80% in 37), switches to battery within 10 ms and takes up to five 2,048 Wh expansion batteries for 11,264 Wh total, the biggest expansion ceiling in this class by more than double.

The trade-offs are documentation and accessories. DJI doesn’t publish a surge rating, so you can’t confirm on paper that it starts a 1/2 HP sump pump (about 3,000 W at start-up), even though its continuous rating is the highest in the class. Solar charging needs DJI’s optional SDC charger, DJI doesn’t publish the solar voltage window, and there’s no 12V car socket. See every field on the Power 1000 V2 spec page.

#3

Best for motor loads (4,500 W surge)

OUPES Mega 1

8.4Amphourly Score

Battery chemistry

LiFePO4

Rated cycle life

3,500

AC output

2,000 W

Energy density

36.83 Wh/lb

A 1,024Wh LiFePO4 power station with a 2,000W inverter and 1,400W fast AC charging, expandable to 5,120Wh, suited to camping, RV trips and short home outages.

Strengths

• 2,000W continuous / 4,500W surge on a 1,024Wh battery
• 1,400W AC charging, about 58 minutes to full
• 800W max solar input
• Expands to 5,120Wh with two B2 batteries

Watch out for

• Car charging is limited to 12-15V/8A, about 12.8 hours to full
• UPS switchover rated under 20 ms
• 27.8 lb, heavier than many 1kWh units

The Mega 1 has the highest published surge rating in this class at 4,500 W, on top of 2,000 W continuous. Surge is what decides whether a compressor, pump or saw starts at all, and here it’s 900 W above the DELTA 3 Plus and Elite 100 V2. It also charges from the wall in about 58 minutes at 1,400 W, takes 800 W of solar and expands to 5,120 Wh with two B2 batteries.

It loses points for a 20 ms UPS switchover and 3,500-cycle rating (versus 4,000 on our top two), and it’s 27.8 lb. On the plus side, its 12-78 V solar window leaves more headroom for series panels than the 60 V ceilings most rivals here use. Car charging is slow at 12-15 V and 8 A, about 12.8 hours to full.

#4

Most energy per pound, 8+ score

BLUETTI Elite 100 V2

8.1Amphourly Score

Battery chemistry

LiFePO4

Rated cycle life

4,000

AC output

1,800 W

Energy density

40.96 Wh/lb

A 1,024Wh LiFePO4 portable power station with an 1,800W inverter, four AC outlets and a 140W USB-C port, aimed at campers, van users and short home-backup needs.

Strengths

• AC charging to 100% in 70 minutes.
• 1,000W solar input (12-60V) also charges to full in 70 minutes.
• 140W and 100W USB-C ports plus two DC5521 outputs.
• UPS switchover of 10ms or less.

Watch out for

• No battery expansion port is listed in the manual or spec sheet.
• Cigarette lighter and DC5521 ports share a 10A total limit.
• 25 lb is heavy for a 1kWh-class unit.

Among stations scoring 8 or higher, the Elite 100 V2 carries the most energy for its weight: 1,024 Wh at 25 lb is 41 Wh/lb, against 37.1 for the DELTA 3 Plus and 32.7 for the DJI. It doesn’t skimp elsewhere either. You get 1,000 W of solar input (12-60 V), a 70-minute wall recharge, a 10 ms UPS, a 140 W USB-C port and a 4,000-cycle rating.

The cost is growth. BLUETTI lists no battery expansion port, so 1,024 Wh is what you’ll ever have. The car socket and DC5521 outputs share a 10 A limit.

#5

Fastest wall recharge (49 min)

Anker SOLIX C1000 Gen 2

7.9Amphourly Score

Battery chemistry

LiFePO4

Rated cycle life

4,000

AC output

2,000 W

Energy density

41.12 Wh/lb

A 1,024Wh LFP power station with a 2,000W inverter (3,000W peak), five AC outlets and a 49-minute UltraFast AC recharge. It is not expandable, so it suits campers and small-appliance backup that fits in one battery.

Strengths

• Full AC recharge in 49 minutes at 1,600W with UltraFast Charging enabled in the app
• 2,000W continuous / 3,000W peak AC output across five outlets
• 600W solar input (11-60V) through an XT60i port
• LFP battery rated to keep at least 80% capacity after 4,000 cycles; 10ms UPS

Watch out for

• Not expandable; Anker lists expandable capacity as "No"
• Standard AC charging is 1,200W; the 1,600W UltraFast rate has to be enabled in the app
• Only one USB-C port is 140W; the other USB-C and the USB-A share 20W

The SOLIX C1000 Gen 2 refills from the wall faster than anything else in the class: 49 minutes at 1,600 W once UltraFast Charging is switched on in Anker’s app (the standard rate is 1,200 W). Around that sits a strong spec sheet. It has 1,024 Wh of LiFePO4 rated to keep 80% after 4,000 cycles, a 2,000 W inverter with 3,000 W peak across five AC outlets, 600 W of solar on an 11-60 V XT60i input and a 10 ms UPS. At 24.9 lb it’s also among the lightest 1 kWh stations here. It launched at $799.

The limit is growth. Anker lists expandable capacity as “No”, so 1,024 Wh is the ceiling. Only one USB-C port is rated 140 W; the other USB-C and the USB-A share 20 W. See every field on the C1000 Gen 2 spec page.

#6

Best under 800 Wh

BLUETTI AC70

7.5Amphourly Score

Battery chemistry

LiFePO4

Rated cycle life

3,000

AC output

1,000 W

Energy density

34.13 Wh/lb

A 768Wh LiFePO4 portable power station with a 1,000W inverter, two AC outlets and two 100W USB-C ports, suited to camping, RV trips and small-appliance outage backup.

Strengths

• 950W Turbo AC charging, 1.3-1.6 hours to full.
• Two 100W USB-C ports.
• 500W solar input with a 12-58V range via XT60.
• Capacity expansion with B80, B230 or B300 batteries in Power Bank Mode.

Watch out for

• Only two AC outlets.
• Expansion works through Power Bank Mode, not a dedicated expansion port.
• Bluetooth-only app connection; UPS switchover is 20ms or less.

The AC70 is the top scorer below 800 Wh. It packs 768 Wh, a 1,000 W inverter with 1,500 W surge, 950 W Turbo AC charging (78 minutes to full) and 500 W of solar on a 12-58 V XT60 input. That’s enough for an ENERGY STAR fridge for about 13 hours or a CPAP for about 11.6.

At 1,000 W it can’t run a full-size microwave, coffee maker or space heater. It has only two AC outlets, a Bluetooth-only app and a 20 ms UPS. Expansion runs through BLUETTI’s Power Bank Mode rather than a dedicated battery port.

#7

Lightest 1 kWh (23.8 lb)

Jackery Explorer 1000 v2

6.2Amphourly Score

Battery chemistry

LiFePO4

AC output

1,500 W

Energy density

44.96 Wh/lb

AC recharge time

60 min

A 1,070Wh LiFePO4 power station with 1,500W AC output in a 23.8 lb body, suited to camping, van trips and backup for small appliances.

Strengths

• 1,500W continuous / 3,000W surge AC output
• Jackery rates Emergency Super Charge at 0-100% in 1 hour
• Dual 8mm DC solar inputs, up to 400W combined (12-60V)
• 23.8 lb for 1,070Wh of LiFePO4 capacity

Watch out for

• The 1-hour charge requires enabling emergency charging in the Jackery app
• Not expandable with extra battery packs
• Solar input tops out at 400W
• Cycle life is rated 4,000 cycles to 70%, not 80%

The Explorer 1000 v2 is the lightest 1 kWh-class station we track: 1,070 Wh at 23.8 lb works out to 45 Wh/lb, the best ratio in the class. It still brings a 1,500 W inverter (3,000 W surge) and a one-hour emergency recharge, which has to be enabled in Jackery’s app.

Its trade-offs are clear on paper. Solar input is just 400 W across two 8 mm ports, it isn’t expandable, the warranty is 3 years and Jackery rates cycle life to 70% capacity rather than the 80% the others use, so its cycle figure isn’t directly comparable. If you’ll carry it more than you’ll charge it from solar, those trade-offs may not matter.

Who should buy a 500–1500Wh station?

This is where most buyers should land. Below 500 Wh you’re powering electronics; above 1,500 Wh you’re buying a 40-plus-pound unit for home backup. The middle class runs real appliances for useful stretches and still lifts into a car.

It suits you if any of these are true:

• You want to keep a fridge cold through an evening outage. Every 1 kWh station here manages about 17 hours on an ENERGY STAR fridge.
• You camp with a CPAP. A 1,024 Wh station covers about two nights at a typical 56.1 W draw.
• You need a few minutes of real kitchen power. A 1,500 W microwave, a coffee maker or an electric kettle all need an inverter of about 1,500 W, which most of this class has.
• You want a base you can grow. Most stations in this class take add-on batteries, and the DJI Power 1000 V2 grows to 11 times its base capacity.

If your list includes a well pump, a window air conditioner for more than half an hour, or two days of backup, read our home backup power station rankings instead. If it’s phones, lights and a 12V fridge, our small power station picks weigh half as much.

Can a mid-size station run a fridge or microwave?

Yes to both, with numbers worth knowing. Here’s our top pick against common household loads, with wattages from our appliance wattage table:

Runtime = usable energy ÷ average draw. We count 85% of the rated 1,024 Wh as usable (870 Wh) to cover inverter and DC conversion losses. Fridges and freezers are averaged over their compressor cycle. An appliance runs only if its running watts fit the 1,800 W inverter and its start-up surge fits the 3,600 W surge rating. Wattages come from our appliance wattage table; try your own mix in the runtime calculator.

Fridges. An ENERGY STAR full-size fridge runs at about 160 W but its compressor cycles, running roughly 32% of the time for an average near 51 W. That’s why a 1,024 Wh station delivers about 17 hours rather than the 5.4 hours you’d get if it ran flat out. A 12V compressor fridge like the Dometic CFX5 45 averages only about 7 W once cold, so the same station runs it for more than five days. Our guide to how long a power station runs a refrigerator covers every fridge type in detail.

Microwaves. A 1.25 cu ft microwave draws about 1,500 W. On a 1,024 Wh station that’s about 35 minutes of total cooking, which is plenty: ten minutes of reheating uses about 250 Wh at the appliance, or roughly 29% of the battery once losses are counted. The inverter is the real gate:

Station	Inverter (continuous / surge)	1,500 W microwave	925 W compact microwave
DJI Power 1000 V2	2,600 W / not published	35 min	56 min
EcoFlow DELTA 3 Plus	1,800 W / 3,600 W	35 min	56 min
OUPES Mega 1	2,000 W / 4,500 W	35 min	56 min
BLUETTI Elite 100 V2	1,800 W / 3,600 W	35 min	56 min
Anker SOLIX C1000 Gen 2	2,000 W / 3,000 W	35 min	56 min
Jackery Explorer 1000 v2	1,500 W / 3,000 W	36 min	59 min
BLUETTI AC70	1,000 W / 1,500 W	Won’t run	42 min

The Jackery’s 1,500 W inverter exactly matches the microwave’s draw, which our math accepts. In practice you’d want a fridge or anything else switched off while it runs: fridge plus microwave is 1,660 W, which the Jackery can’t carry.

A realistic evening. Our runtime calculator starts with an ENERGY STAR fridge, a Wi-Fi router, three LED bulbs and two phone chargers, an average draw of about 105 W. That load runs about 8.3 hours on the DJI or DELTA 3 Plus, 8.7 hours on the Jackery and 6.2 hours on the AC70.

Power stationEcoFlow RIVER 3 (245 Wh, 300 W)EcoFlow RIVER 3 Plus (286 Wh, 600 W)Anker SOLIX C300 (288 Wh, 300 W)BLUETTI Elite 30 V2 (288 Wh, 600 W)Jackery Explorer 300 Plus (288 Wh, 300 W)BLUETTI AC50B (448 Wh, 700 W)Goal Zero Yeti 500 (499 Wh, 500 W)DJI Power 500 (512 Wh, 1,000 W)OUPES Exodus 700 (576 Wh, 700 W)Anker SOLIX C800 Plus (768 Wh, 1,200 W)BLUETTI AC70 (768 Wh, 1,000 W)Goal Zero Yeti 1000 (998 Wh, 2,000 W)Anker SOLIX C1000 Gen 2 (1,024 Wh, 2,000 W)BLUETTI Elite 100 V2 (1,024 Wh, 1,800 W)DJI Power 1000 (1,024 Wh, 2,200 W)DJI Power 1000 V2 (1,024 Wh, 2,600 W)EcoFlow DELTA 3 (1,024 Wh, 1,800 W)EcoFlow DELTA 3 Plus (1,024 Wh, 1,800 W)OUPES Mega 1 (1,024 Wh, 2,000 W)PECRON E1000LFP (1,024 Wh, 1,800 W)Anker SOLIX C1000 (1,056 Wh, 1,800 W)Jackery Explorer 1000 v2 (1,070 Wh, 1,500 W)BLUETTI AC180 (1,152 Wh, 1,800 W)Jackery Explorer 1000 Plus (1,264 Wh, 2,000 W)VTOMAN Jump 1800 (1,408 Wh, 1,800 W)Goal Zero Yeti 1500 (1,505 Wh, 2,000 W)PECRON E1500LFP (1,536 Wh, 2,200 W)VTOMAN FlashSpeed 1500 (1,548 Wh, 1,500 W)Jackery Explorer 2000 Plus (2,043 Wh, 3,000 W)Anker SOLIX F2000 (2,048 Wh, 2,400 W)BLUETTI AC200L (2,048 Wh, 2,400 W)DJI Power 2000 (2,048 Wh, 3,000 W)EcoFlow DELTA 3 Max (2,048 Wh, 2,400 W)EcoFlow DELTA 3 Max Plus (2,048 Wh, 3,000 W)Growatt INFINITY 2000 PRO (2,048 Wh, 2,400 W)OUPES Mega 2 (2,048 Wh, 2,500 W)BLUETTI Elite 200 V2 (2,074 Wh, 2,600 W)BLUETTI Apex 300 (2,765 Wh, 3,840 W)Anker SOLIX F3000 (3,072 Wh, 3,600 W)Jackery Explorer 3000 v2 (3,072 Wh, 3,600 W)PECRON E3600LFP (3,072 Wh, 3,600 W)Growatt HELIOS 3600 (3,686 Wh, 3,600 W)Anker SOLIX F3800 (3,840 Wh, 6,000 W)EcoFlow DELTA Pro 3 (4,096 Wh, 4,000 W)Jackery Explorer 5000 Plus (5,040 Wh, 7,200 W)Custom: enter your own specs

What you'll plug in

• Full-size refrigerator (ENERGY STAR)160 W, cycles 32% of the time×
• Wi-Fi router6.5 W×
• LED bulb (60 W equivalent)9 W×
• Smartphone charger10 W×

Add an applianceAdd an appliance…ResMed AirSense 11 CPAP (56 W)Home oxygen concentrator (5 LPM, CAIRE IntenOxy 5) (350 W)Laptop computer (50 W)MacBook Pro 16-inch (140 W adapter) (140 W)MacBook Pro 14-inch (70 W adapter) (70 W)MacBook Air (35 W adapter) (35 W)Desktop computer (80 W)Computer monitor (85 W)LED/LCD TV (about 45-inch) (162 W)Sony PlayStation 5 (gaming) (218 W)Cable/DSL modem (6 W)Wi-Fi router (6.5 W)Starlink Standard kit (88 W)Starlink Mini (33 W)Smartphone charger (10 W)Tablet (charging) (20 W)Blu-ray disc player (ENERGY STAR) (13 W)Inkjet printer (83 W)Hair dryer (1,500 W)Satellite TV dish (15 W)LED bulb (60 W equivalent) (9 W)CFL bulb (60 W equivalent) (16 W)Incandescent bulb (60 W) (60 W)Quartz halogen work light (1,000 W)High-intensity LED flood light (250 W equivalent) (88 W)Full-size refrigerator (ENERGY STAR) (160 W)Refrigerator, top-mount freezer (no icemaker) (195 W)Refrigerator, side-by-side with icemaker (230 W)Refrigerator (conservative generator-sizing value) (700 W)Compact chest freezer (ENERGY STAR) (180 W)Upright freezer with auto defrost (ENERGY STAR) (220 W)Microwave oven (1.25 cu ft) (1,500 W)Microwave oven (compact) (925 W)Drip coffee maker (1,300 W)Toaster (2-slice) (1,100 W)Toaster oven (1,225 W)Blender (standard countertop) (300 W)Blender (1,000 W class) (1,000 W)Slow cooker (250 W)Electric grill (1,650 W)Electric range burner (small) (1,300 W)Electric range burner (large) (2,400 W)Dishwasher (ENERGY STAR) (633 W)Electric kettle (1.7 L, Cuisinart CPK-17) (1,500 W)Induction cooktop, single burner (Duxtop 9600LS) (1,800 W)Air fryer (6 qt, Cosori TurboBlaze) (1,725 W)Electric pressure cooker (Instant Pot Duo 6 qt) (1,000 W)Compact mini fridge (3.3 cu ft, Midea MRM33S8BSL) (115 W)Single-serve coffee maker (Keurig K-Classic) (1,500 W)Portable space heater (high setting) (1,500 W)Room (window) air conditioner, typical (1,200 W)Window air conditioner (13,000 BTU) (1,800 W)Central air conditioner (3-ton) (5,400 W)Ceiling fan (120 W)Window fan (153 W)Oscillating fan (16-inch) (95 W)Furnace blower (1/4 HP) (600 W)Furnace fan (efficient variable-speed motor) (200 W)Furnace fan (standard motor) (500 W)Dehumidifier (30-70 pint) (535 W)Humidifier (75 W)Air purifier (65 W)Electric blanket (single) (60 W)Electric blanket (double) (100 W)Window air conditioner (5,000 BTU, LG LW5016) (440 W)Window air conditioner (8,000 BTU, LG LW8016ER, ENERGY STAR) (660 W)RV rooftop air conditioner (13,500 BTU) (1,500 W)RV rooftop air conditioner (15,000 BTU) (1,800 W)12V portable fridge (Dometic CFX5 45) (58 W)12V portable fridge (Engel MT45) (48 W)12V portable fridge (Anker EverFrost 40) (50 W)12V diesel air heater (Webasto Air Top 2000 STC) (29 W)12V roof vent fan (MaxxAir MaxxFan Deluxe) (54 W)Electric chainsaw (corded) (1,200 W)Electric hedge trimmer (450 W)Electric string trimmer (350 W)Electric lawn mower (corded) (1,200 W)Electric pressure washer (1,200 W)Electric lawn edger (950 W)Sump pump (1/3 HP) (800 W)Submersible sump pump (1/2 HP) (1,000 W)Well pump (typical residential) (1,000 W)Well pump (1/3 HP) (750 W)Pond pump (1/8 HP) (93 W)Garage door opener (1/2 HP) (1,050 W)E-bike charger (48V, 3A) (164 W)Circular saw (1,200 W)Corded drill (600 W)Reciprocating saw (1,440 W)Table saw (10-inch) (1,800 W)Belt sander (1,200 W)Hand (palm/orbital) sander (600 W)Air compressor (1 HP) (1,600 W)Wet/dry shop vacuum (900 W)Lithium-ion tool battery charger (360 W)Airless paint sprayer (1,080 W)Upright vacuum cleaner (1,220 W)

Add

Runs all of it for about 8.3 h on a full charge.

Runtime

8.3 h

Running watts

214of 1,800 W inverter

Start-up peak

214of 3,600 W surge

Average draw

105W after cycling

Runtime = 85% of the battery's rated Wh (usable after inverter and DC losses) ÷ the average draw. The start-up peak assumes one motor starts at a time.

Smallest stations that run this load

Station	Battery	Inverter	Runtime	Buy
EcoFlow RIVER 3	245 Wh	300 W	2.0 h	Amazon
EcoFlow RIVER 3 Plus	286 Wh	600 W	2.3 h	EcoFlow
Anker SOLIX C300	288 Wh	300 W	2.3 h	Anker SOLIX
BLUETTI Elite 30 V2	288 Wh	600 W	2.3 h	BLUETTI
Jackery Explorer 300 Plus	288 Wh	300 W	2.3 h	Amazon
BLUETTI AC50B	448 Wh	700 W	3.6 h	BLUETTI
Goal Zero Yeti 500	499 Wh	500 W	4.1 h	Goal Zero
DJI Power 500	512 Wh	1,000 W	4.2 h	DJI

Expandable vs fixed capacity at this size

Expansion is the spec that decides whether a mid-size station becomes a home-backup system later. Here’s how the main contenders compare:

Station	Base capacity	Max with expansion
DJI Power 1000 V2	1,024 Wh	11,264 Wh
OUPES Mega 1	1,024 Wh	5,120 Wh
EcoFlow DELTA 3 / DELTA 3 Plus	1,024 Wh	5,000 Wh
PECRON E1000LFP	1,024 Wh	4,864 Wh
Anker SOLIX C1000	1,056 Wh	2,112 Wh
BLUETTI AC70	768 Wh	Power Bank Mode only
BLUETTI Elite 100 V2	1,024 Wh	Not expandable
Anker SOLIX C1000 Gen 2	1,024 Wh	Not expandable
Jackery Explorer 1000 v2	1,070 Wh	Not expandable
Goal Zero Yeti 1000	998.4 Wh	Not expandable

Two points are easy to miss. First, a dedicated expansion port is different from BLUETTI’s Power Bank Mode, where an external battery charges the station rather than adding to it directly. Second, an expandable station’s inverter doesn’t grow with its battery. A DELTA 3 Plus with 5,000 Wh still tops out at 1,800 W, so expansion buys hours, not bigger appliances.

If you expect multi-day outages, the PECRON E1000LFP and Anker SOLIX C1000 are also worth a look: both expand, both have 1,800 W inverters and both take 600 W of solar on an 11-60 V XT60 input.

Wall and solar recharge times compared

Fast wall charging means a station is full again before the next storm; solar input decides how many sun-hours it needs off-grid. For solar, we compute the fastest possible refill as capacity divided by the station’s input limit, and real-world panels deliver about 75% of their rating, so you need a panel array rated about a third above the limit to hit it.

Station	AC recharge	Solar input max	Fastest solar refill	One 200 W panel
DJI Power 1000 V2	56 min	1,800 W (optional charger)	0.6 h	6.8 h
EcoFlow DELTA 3 Plus	56 min	1,000 W	1.0 h	6.8 h
BLUETTI Elite 100 V2	70 min	1,000 W	1.0 h	6.8 h
OUPES Mega 1	58 min	800 W	1.3 h	6.8 h
Anker SOLIX C1000 Gen 2	49 min (UltraFast)	600 W	1.7 h	6.8 h
BLUETTI AC70	78 min	500 W	1.5 h	5.1 h
EcoFlow DELTA 3	56 min	500 W	2.0 h	6.8 h
Jackery Explorer 1000 v2	60 min (emergency mode)	400 W	2.7 h	7.1 h

The last column is the reality check. One 200 W panel, delivering about 150 W, takes 6.8 hours to refill any 1,024 Wh station, which is more good sun than most days give. To use the 1,000 W inputs you need several panels. Two 400 W panels in parallel, delivering about 600 W together, refill a DELTA 3 Plus in about 1.7 hours.

Voltage limits matter as much as watts. The DELTA 3 Plus accepts up to 60 V per input, so one 48 V Voc folding panel fits, but two in series (96 V) don’t. Here’s every panel we track checked against it:

• Solar input up to 1,000 W
• Voltage window 11–60 V
• Connector XT60i

Recharge time is from empty with one panel in full sun: 1,024 Wh ÷ the lower of75% of the panel's rating or the station's solar input limit. A panel rated above the input limit is safe as long as its Voc fits, because the station only draws what it can take. MC4 panels need a standard MC4 adapter cable, which many stations include. Wiring two panels in series doubles the Voc, so check the total against the voltage window. Try any pairing in the solar panel matcher.

6 panels that don't fit

• Jackery SolarSaga 200W Solar Panel: its 8mm DC plug doesn't fit the XT60i solar port
• Goal Zero Nomad 400: its brand-specific plug doesn't fit the XT60i solar port
• Goal Zero Nomad 200: its brand-specific plug doesn't fit the XT60i solar port
• Goal Zero Nomad 100: its 8mm DC plug doesn't fit the XT60i solar port
• Goal Zero Boulder 100 Briefcase: its 8mm DC plug doesn't fit the XT60i solar port
• Goal Zero Boulder 200 Briefcase: its brand-specific plug doesn't fit the XT60i solar port

Side-by-side specs

Which mid-size station should you buy?

• Best all-rounder, especially for solar: DELTA 3 Plus, with 1,000 W of documented 11-60 V input, a 10 ms UPS and expansion to 5 kWh.
• Biggest inverter and the most room to grow into home backup: DJI Power 1000 V2, if you’re fine buying DJI’s charger for solar.
• Power tools, pumps or compressors: OUPES Mega 1 for its 4,500 W surge.
• Fast top-ups between outages, no expansion needed: SOLIX C1000 Gen 2, with a 49-minute recharge and a 2,000 W inverter.
• You’ll carry it a lot: Elite 100 V2 (41 Wh/lb) or the Explorer 1000 v2 (45 Wh/lb) if you’ll rarely use solar.
• Smaller loads and a lighter carry: BLUETTI AC70 at 768 Wh, as long as you skip the 1,500 W kitchen appliances.

Not sure how many watt-hours your list adds up to? Our guide on how to size a power station works through it step by step, and how to calculate runtime shows the formula behind every number on this page.