Keeping Your Business Online Through Power Outages

Why This Matters Here#

Boquete runs on a grid that goes down. Short flickers, multi-hour outages, and longer blackouts after storms roll off Volcán Barú are not rare events. They are a predictable cost of doing business here. If your income depends on being online, that connection needs its own backup, the same way you would back up your files.

This guide lays out a setup that keeps a small business online through a full 8-hour outage, and through daylight indefinitely once you add solar. It is built in four layers, and the good news is you do not need all four at once. The first two alone, for a few hundred dollars, already protect you from the most common failure: one provider dropping while the other stays up.

Hardware runs roughly $4,400 for a laptop-based office and $6,100 for a desktop-based one, plus about $95 a month for both internet providers. The rest of this guide explains where that money goes and why. It is one of our resources for business owners, and to see how the monthly cost fits a fuller budget you can read the cost of living in Boquete.

Before you buy: Every price and spec below is an estimate gathered before publishing. Plans, prices, and stock move fast in Panama. Confirm current numbers with Mas Movil, Panafoto, and La Casa de las Baterías before purchasing.

The Strategy in Plain Terms#

Four layers, each one a fallback for the layer before it:

• Two internet providers. Mas Movil fiber as your everyday connection, Starlink as the backup for when fiber or the poles go down.
• A router that switches between them automatically. You never notice the handoff.
• Two battery backups. One keeps your network gear alive, one keeps your computer alive. Splitting them means a power-hungry desktop can never take down your internet.
• Solar and a battery station. This is what turns one hour of runtime into all day. Sized to your actual load, not a guess.

A laptop-based office is meaningfully cheaper to keep running, because a laptop and monitor draw a fraction of what a desktop tower and dual monitors pull. If you have not committed to either, that is a real reason to lean laptop.

Layer 1: Two Internet Providers#

Your everyday connection should be Mas Movil fiber. It runs fiber straight to the building rather than older coax, so it holds up better in heavy rain and gives you the same speed up and down. The main alternative is Tigo ↗; where it still runs coax rather than fiber, performance tends to degrade more in heavy rain. Expect a 300 Mbps fiber plan to land somewhere around $40 a month, with the gigabit tier higher. Mas Movil pricing shifts with bundles and promotions and is hard to pin down online, so confirm the current rate with the provider before you budget.

Fiber is live in Boquete, but availability is street by street. Ask your neighbors what they actually get before you sign up. If you would rather have a local pro run the cabling and set up the router, our directory lists internet and networking installers.

Your backup is Starlink ↗. Because it talks to satellites instead of local poles and lines, it stays up when a fiber cut or a downed pole takes out the whole neighborhood. You can buy it in person in Panama with no courier and no import wait: the Standard Kit runs about $407 all in at Panafoto ↗, and Titan and Rodelag ↗ carry it at similar prices. Buy the standard kit, not the Mini. The Mini's smaller dish is a liability in Boquete's rain. For other places to price hardware locally, see electronics retailers in our directory.

Two notes for Boquete rain: Heavy highland rain makes Starlink work harder, which raises its power draw and can cause brief dropouts. That is exactly why you run two providers. And before you buy, use the obstruction checker in the Starlink app. You need a clear view of the northern sky, and trees or terrain near the Barú can block it.

Layer 2: A Router That Fails Over Automatically#

A dual-WAN router watches both connections and switches to the backup the moment your main one drops, usually without interrupting a call or a download. The Peplink B One ↗ is the current go-to. It is built with Starlink in mind and makes the switch in under a minute. Plan on roughly $340 to $360 via courier from the US.

You set Mas Movil as the preferred connection and Starlink as the backup, and the router handles the rest. When fiber recovers, it switches back on its own. The exact settings are in the build spec at the end.

Layer 3: Two Battery Backups#

A battery backup, or UPS, covers the gap between the power cutting out and your other systems taking over, and it keeps small gear running through short outages on its own.

Use two, not one. The first powers only your network gear: the fiber modem, the Starlink, the router. That whole stack sips power, so a single UPS can hold it for the better part of an hour by itself. The second powers your computer. Keeping them separate means that if your workstation drains its battery, your internet stays up, and you can keep working from a laptop or phone.

Panama runs on 120V/60Hz, the same as North America, so US-spec APC ↗ units work here with no adapters. A networking UPS runs about $190, and a workstation UPS runs $175 to $190 depending on whether you are on a laptop or a desktop.

Layer 4: Solar and a Battery Station#

The UPS units buy you minutes, maybe an hour. To ride out a full outage, and to keep going through the multi-hour blackouts that follow big storms, you add a battery station that feeds the UPS units, plus solar panels to recharge it during the day.

The right size depends entirely on your load, which is why the real numbers live in the build spec below. The short version:

• A laptop office needs roughly 3,300 Wh of battery and an 800W solar array. An EcoFlow ↗ Delta Pro 3 (4,000 Wh) with four 200W panels covers it, and the battery alone is good for about 10 hours.
• A desktop office needs roughly 5,400 Wh and a 1,200W array. The same Delta Pro 3 with one extra battery (about 8,200 Wh total, comfortably above the target) and six panels covers it.

With sun on the panels, a daytime outage becomes a non-event. The array carries the load and recharges the battery at the same time. If wiring a battery bank and panels is not something you want to take on yourself, our directory lists solar and generator installers and electricians.

Always run your gear through the UPS units, never straight into the battery station. The UPS units are built for instant cutover that keeps equipment from rebooting, and the battery station then sustains the UPS units for the hours that follow.

What It Costs#

Hardware totals, before courier fees. Add 10 to 20% for courier on US-sourced items.

EcoFlow battery stations are almost always discounted, so list prices run higher (the Delta Pro 3 lists near $3,700); watch for sales. Starlink residential is about $55 a month; Mas Movil pricing varies by bundle and was not confirmable online, so treat the monthly figure as approximate.

Where to Buy and How to Import#

• Starlink: Buy in person at Panafoto. The modest premium over ordering direct buys you same-day pickup and no customs risk.
• APC UPS units and the EcoFlow battery station: Cheaper via a US courier. MBE Boquete and Aerocasillas (now branded Airbox) both serve the area; compare local options under postal and shipping. The Delta Pro 3 also travels fine as checked luggage if you are passing through Panama City.
• Solar panels and batteries: Talk to La Casa de las Baterías in David first (casabat.com ↗, 800-6666). They design and install solar systems, and buying locally keeps warranty and support simple. If they cannot match the battery capacity you need, the EcoFlow route is the clean fallback.

Detailed Build Spec#

The rest of this guide is for readers doing the install themselves. If someone is building it for you, you can stop here.

Load Inventory#

Total operating load works out to about 260 to 280W for a laptop office and 400 to 480W for a desktop office.

8-Hour Runtime Math#

Target: 8 hours continuous on battery alone, with solar as additional capacity rather than the baseline.

LiFePO4 batteries should not be discharged below 20% (an 80% depth of discharge) for longevity, so the installed capacity has to account for that: about 3,300 Wh for a laptop office and 5,400 Wh for a desktop office.

Battery Options#

The Delta Pro 3 puts out 4,000W AC (up to 6,000W with X-Boost), accepts up to 2,600W of solar across its two inputs, and expands to about 12 kWh with two extra batteries. Each extra battery adds a full 4,096 Wh, so the desktop pairing lands at roughly 8,200 Wh, well above the 5,400 Wh target. The split-unit option lets each Delta 2 Max feed its own UPS independently.

Solar Sizing#

Planning baseline for Boquete: 3.5 peak sun hours per day, conservative for cloud cover and rainy season.

Use 200W rigid monocrystalline panels (Renogy ↗, EcoFlow ↗, or equivalent), roughly $110 to $170 each. At Boquete's latitude (8°N), face them south to southwest and tilt 8 to 10 degrees from horizontal. Near-flat mounting is fine. Afternoon shade from trees or a roof overhang will cut output sharply, so check your specific site.

Router Configuration#

Runtime and Failover at a Glance#

A note on Starlink in the rain: the dish draws more power during heavy downpours because it needs more signal strength to punch through, so plan for the 100W figure during a storm rather than the 75W idle draw. Brief dropouts in the heaviest rain are possible no matter your setup, which is the entire reason for the fiber backup.

_Prices in USD. Hardware specs and US prices were checked against manufacturer and retailer pages on 2026-06-02; Panama ISP pricing and live in-store kit prices still need local confirmation. Power calculations assume LiFePO4 chemistry at 80% depth of discharge and 85% system efficiency._