I need recommendations for a portable power station.

YouTube is your friend

Steal someone's 6yr old and give them lots of sugar and caffeine. That's more than enough power to run your small office setup for a day.

Prego.

I don’t have any recommendations sorry

Type in Jackery in Amazon and look for all the similar products Amazon suggests. Lesser brand names that have good ratings will be much cheaper than Jackery. 2200 w power stations should probably get you close to 16 hours for a laptop/docking setup.

Guy I work with used his ego lawn equipment battery to work from home during power outage from a hurricane a few years ago. Apparently they make an inverter that works with those big lawnmower batteries.
LINK

To find the best portable power station for running a laptop, monitor, and docking station for about 16 hours, we need to estimate the power requirements, calculate the necessary battery capacity, and identify a suitable model based on performance, portability, and features. Below is a detailed analysis and recommendation.

Step 1: Estimate Power Consumption
To select a power station, we need to know the combined wattage of the devices. Since specific models aren’t provided, I’ll use typical power consumption values for a laptop, monitor, and docking station. If you have exact specs (e.g., model numbers or wattage ratings), let me know for a more precise recommendation.
• Laptop: Most laptops consume 30–100 watts, depending on size and usage. A typical 15-inch laptop (e.g., MacBook Pro or Dell XPS) uses about 60 watts under moderate load (web browsing, office work). Gaming or high-performance laptops may use 100–180 watts. I’ll assume 60 watts for a standard laptop.
• Monitor: A 24-inch LCD monitor typically uses 20–50 watts. Portable monitors often consume less, around 15–30 watts. I’ll assume a 30-watt monitor, as you’re likely using a standard external monitor with a docking station.
• Docking Station: Docking stations consume minimal power themselves (5–15 watts), but they often provide power delivery (PD) to the laptop or other devices. If the docking station powers the laptop via USB-C (e.g., 65W PD), the laptop’s power draw is handled through the dock. To account for the dock’s own consumption and potential peripheral power (e.g., external drives), I’ll assume 10 watts for the dock itself, with the laptop’s 60 watts included separately.
Total Estimated Power Consumption:
• Laptop: 60 watts
• Monitor: 30 watts
• Docking Station: 10 watts
• Total: 60 + 30 + 10 = 100 watts
This assumes moderate usage (e.g., office work, no heavy rendering or gaming). If your setup involves a high-performance laptop or larger monitor, the total could be higher (e.g., 150–200 watts).

Step 2: Calculate Required Battery Capacity
To run these devices for 16 hours, we calculate the total energy needed in watt-hours (Wh):
Energy Required = Power Consumption (W) × Time (hours)
• 100 watts × 16 hours = 1,600 Wh
However, portable power stations don’t deliver 100% of their rated capacity due to inefficiencies (e.g., inverter losses, heat). Lithium-ion (Li-ion) and lithium iron phosphate (LiFePO4) batteries typically deliver 80–90% of their rated capacity. To account for this, we divide by an efficiency factor of 0.85:
Adjusted Capacity Needed = 1,600 Wh ÷ 0.85 = 1,882 Wh
Thus, you need a power station with a battery capacity of at least 1,882 Wh to run your setup for 16 hours. Additionally, the power station’s inverter must support a continuous output of at least 100 watts, ideally with some headroom (e.g., 200–300 watts) to handle surges or additional devices.

Step 3: Consider Port Requirements
Your setup requires specific output ports:
• Laptop: Likely powered via USB-C (60–100W Power Delivery) or an AC outlet (with its charger).
• Monitor: Typically uses an AC outlet or USB-C (some portable monitors use USB-C for power).
• Docking Station: Usually powered via an AC outlet or USB-C, and it may provide power to the laptop.
A power station should have:
• At least 2 AC outlets (for monitor and docking station, or laptop charger if not using USB-C).
• At least 1 USB-C port with 60W+ Power Delivery (for laptop or monitor).
• Optional: USB-A ports for peripherals (e.g., phone, mouse).

Step 4: Evaluate Portable Power Stations
Based on the calculated 1,882 Wh capacity, we need a power station with at least 2,000 Wh. Below are top options from reputable brands, evaluated for capacity, output, ports, portability, and features, using information from recent reviews and specifications.
Option 1: Jackery Explorer 2000 Pro (2,160 Wh)
• Capacity: 2,160 Wh (Li-ion)
• Output: 2,200W continuous, 4,400W surge
• Ports:
• 3 AC outlets (120V)
• 2 USB-C ports (100W PD each)
• 2 USB-A ports
• 1 car outlet
• Weight: 43 lbs (19.5 kg)
• Charging:
• AC: ~2 hours
• Solar: ~2.5 hours with 6x 200W panels (solar panels sold separately)
• Features:
• Fast charging (AC or solar)
• Pure sine wave inverter (safe for sensitive electronics)
• LCD display for battery status
• No app control
• Price: ~$1,599 (varies by retailer)
• Pros:
• Sufficient capacity (2,160 Wh > 1,882 Wh)
• High output (2,200W) supports additional devices
• Multiple USB-C PD ports for laptop/monitor
• Fast charging reduces downtime
• Reliable brand with good customer support
• Cons:
• Heavy (43 lbs), less portable for frequent travel
• No app connectivity
• Li-ion battery (800 cycles to 80% capacity) less durable than LiFePO4
• Runtime Estimate:
• 2,160 Wh × 0.85 ÷ 100W = ~18.4 hours (exceeds 16-hour requirement)
Why It’s a Top Choice: The Jackery Explorer 2000 Pro offers ample capacity, fast charging, and enough ports to power your setup. Its reliability and widespread use make it a safe choice for office or remote work.
Option 2: Anker SOLIX F2000 (2,048 Wh)
• Capacity: 2,048 Wh (LiFePO4)
• Output: 2,400W continuous, 3,600W surge
• Ports:
• 4 AC outlets (120V)
• 3 USB-C ports (1x 100W, 2x 30W)
• 2 USB-A ports
• 1 car outlet
• Weight: 48.5 lbs (22 kg)
• Charging:
• AC: ~2 hours
• Solar: ~2.5 hours with 600W solar input
• Features:
• LiFePO4 battery (3,000 cycles to 80% capacity)
• App control via Bluetooth/Wi-Fi
• UPS function (<20ms switchover)
• Informative LCD display
• Price: ~$1,999
• Pros:
• Close to required capacity (2,048 Wh ˜ 1,882 Wh)
• LiFePO4 battery for longer lifespan
• App control for remote monitoring
• UPS feature protects sensitive electronics
• Multiple AC and USB-C ports
• Cons:
• Slightly heavier than Jackery (48.5 lbs)
• Higher price
• Runtime Estimate:
• 2,048 Wh × 0.85 ÷ 100W = ~17.4 hours (exceeds 16-hour requirement)
Why It’s a Great Option: The Anker SOLIX F2000 uses durable LiFePO4 batteries, offers app control, and has a robust port selection. It’s ideal if you prioritize longevity and smart features.
Option 3: EcoFlow Delta Pro (3,600 Wh)
• Capacity: 3,600 Wh (LiFePO4)
• Output: 3,600W continuous, 7,200W surge
• Ports:
• 5 AC outlets (120V)
• 2 USB-C ports (100W PD each)
• 2 USB-A ports
• 1 car outlet
• Expandable with extra batteries
• Weight: 99 lbs (45 kg)
• Charging:
• AC: ~2.7 hours
• Solar: ~3.5 hours with 1,600W solar input
• Features:
• LiFePO4 battery (3,000 cycles to 80% capacity)
• App control via Bluetooth/Wi-Fi
• UPS function (<30ms switchover)
• Expandable capacity (up to 25 kWh)
• Wheels for easier transport
• Price: ~$3,699
• Pros:
• Massive capacity (3,600 Wh >> 1,882 Wh)
• High output for future-proofing
• Expandable for longer runtimes
• LiFePO4 for durability
• Wheels improve portability despite weight
• Cons:
• Very heavy (99 lbs), not ideal for frequent travel
• Expensive
• Overkill for 100W load
• Runtime Estimate:
• 3,600 Wh × 0.85 ÷ 100W = ~30.6 hours (far exceeds 16-hour requirement)
Why It’s an Option: The EcoFlow Delta Pro is overkill for your needs but offers unmatched capacity and expandability. It’s best if you anticipate heavier loads or need a whole-home backup solution.

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I need recommendations for a portable power station.

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Bang a Gong, get it on.

Music Board

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YouTube is your friend

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I always plug my laptop into YouTube. Works great.

I second Anker. I haven't used the power station products, but they've been selling them for at least four years if I recall correctly. I'm still using some of the power banks I bought from them almost ten years ago. I think I've needed support once on a vacuum, which was satisfactory.

Try the home garden board. Always helpful.