ELEVATION UPSCALES · SOLUTION SHOPPING
Build My Emergency Solar Kit
Prepare for your next storm or outage. Start with the appliances you want to keep running, choose how much battery reserve you need, and then decide whether solar recharging belongs in your kit.
Keep Starlink & your refrigerator running
Step 1 — Your Starlink: Mini averages 25–40W, Standard 4/4X averages 75–100W, newer V5 is around 35–50W. Confirm your exact model and use case; Starlink model power reference.
Step 2 — Your refrigerator: Estimate average consumption and verify compressor startup surge against the power station's continuous and surge output.
Step 3 — Choose a ready-made station: M9 806Wh for communications; VEVOR 1,008Wh for more reserve; Q2400Pro 2,160Wh or LW3000 3,072Wh for refrigerator-plus-internet examples.
Step 4 — Optional recharge: compare Q2400Pro with 200W solar or M9 with 200W solar. Existing manufacturer bundles make compatibility clearer, but solar performance still depends on weather.
Compare all eight curated hurricane backup options | See an illustrative runtime table.
Equipment in this guide is backup power for existing devices; Starlink internet kits/subscriptions are not included. Power does not guarantee satellite connectivity. Current item delivery, actual supplier stock and price are confirmed with Elevation or at checkout.
1. What needs power?
Essential electronics: phones, internet router, lighting and small fans. Refrigerator and essentials: a compatible refrigerator plus smaller loads. Extended backup: a larger reserve for several essentials or a longer outage.
Check the running wattage and startup surge of every connected appliance. High-wattage electric space heaters, ranges and central air conditioning demand far more power and are not assumed to run on portable stations.
2. Select a practical reserve
Compact / grab-and-go: VEVOR M6 493Wh with 100W solar panel. Example: about four hours at a steady 100W AC load under the stated planning assumption.
Mobile essentials: VEVOR M9 806Wh with 200W solar panel. Example: about six hours at a steady 100W AC load.
Refrigerator backup: VEVOR Q2400Pro 2,160Wh with 200W solar panel. Example: about 17 hours for a refrigerator averaging 100W, subject to startup power compatibility.
Extended reserve: VEVOR LW3000 3,072Wh power station. Example: about 24 hours at a steady 100W AC load; solar panels are not included in that standalone offer.
These examples assume 80% of nameplate battery capacity is usable through AC and consider each load separately; they are illustrations, not guarantees. Appliance use, cycling, battery condition, temperatures, and inverter loss change results.
3. Choose your solar option
No panel / wall-charged readiness: charge your power station ahead of an outage. Portable solar kit: select a manufacturer-matched station-plus-panel listing. Longer-term off-grid system: browse solar and storage and request a full design review.
Check the power station's accepted solar voltage, current, connectors and panel configuration. Watt ratings are upper limits under test conditions; cloudy weather and shading can reduce daily generation significantly.
4. Review purchase readiness
Compare portable stations and solar kit listings. Individual listings may show unavailable until supplier stock, market eligibility and shipping have been reconciled; do not interpret an internal inventory quantity as a purchase guarantee. Request an exact-kit check for delivery ZIP code, compatible parts and current price before placing a multi-vendor order.
Make a smart outage plan
Portable power stations are not a substitute for a transfer switch or home electrical installation. Plug approved appliances directly into the station; never backfeed home wiring. Refrigerated food safety depends on actual temperatures, not an estimated battery runtime alone. Critical medical devices need their own validated backup plan.
Get My Emergency Solar Kit Reviewed or read the refrigerator backup guide.