Get my energy setup
Tell us what you need to keep running, for how long and in what context. The form classifies your request automatically and you receive a practical recommendation by email — no sales call required.
What the form classifies automatically
- Your use case — home blackout backup, business continuity, travel and campervans, remote work, or off-grid. Each has a different sizing logic and a different set of questions that matter.
- Energy level — from the devices and hours you enter, the system estimates your daily Wh need and matches it to the correct station class (Essential / Advanced / Full Backup / Assisted proposal).
- Lead priority — urgent business requests, high budgets and complex loads are flagged for immediate manual review. Everything else gets an automatic recommendation first.
- Recommended reply — you receive a clear, specific suggestion by email within hours. If your setup needs manual sizing (compressors, industrial loads, large solar systems), we follow up directly.
Which scenario matches you?
Read the description that fits your situation. The form at the bottom adapts its recommendation based on the use case you select.
You want to keep essential equipment running when the grid fails — fridge, router, lights, laptop, TV, CPAP. Outages in Portugal and Spain average 30–90 minutes but can last 4–12 hours in rural areas or after storms.
Typical sizing: 1,500–3,000Wh covers a fridge-freezer combo, router, lights and a laptop for a full night. Add solar and the same setup becomes self-sustaining through a multi-day outage.
What to tell us: fridge size and age, number of people, other essentials (CPAP, medical), target hours and whether you have balcony or roof space for panels.
Payment terminals, routers, POS systems and ordering screens stop the moment power fails. For cafes, retail, food trucks and offices, even a 20-minute outage means lost revenue and frustrated customers.
Typical sizing: 2,000–4,000Wh covers payments, internet, lighting and basic refrigeration for a full service session. Coffee machines, ovens and compressor banks need individual wattage confirmation.
What to tell us: business type, equipment list, service hours, whether coffee or cooking is included, and urgency.
A portable power station replaces or supplements the traditional leisure battery setup — quieter, lighter, solar-compatible and with no maintenance. Run a 12V fridge, lights, laptop, router and phone charging from one unit.
Typical sizing: a 12V compressor fridge averaging 35W over 24h uses ~840Wh/day. Add laptop and lights and you reach ~1,400Wh/day — well covered by an F2000 with one 200W panel in southern Europe.
What to tell us: fridge type (12V or household), whether you cook on induction, days off-grid, solar space available and primary travel region.
Internet, laptop, monitor and Starlink are the critical chain. Losing any one of them stops work. A correctly sized station keeps the full chain running through any outage — and Starlink + one panel can make the setup independent of the grid entirely.
Typical sizing: Starlink (75W) + router (12W) + laptop (65W) + monitor (35W) running 10h = ~1,870Wh/day. An F2000 covers one full day; add a 200W panel and autonomy becomes indefinite in good sun.
What to tell us: devices and hours per day, whether Starlink is already installed, solar space and whether this is a fixed location or mobile setup.
For rural properties, cabins, boats or anyone reducing grid dependence, a station + solar array covers daily consumption without fuel, noise or maintenance. The right sizing depends heavily on location, season and load profile.
Typical sizing: off-grid homes in southern Europe with 1–2kW of solar and 5–10kWh of storage cover most daily needs year-round. Smaller setups (400–800W solar, 3–4kWh) work for cabins and boats with modest loads.
What to tell us: location, average daily load or key appliances, available roof or ground space, whether there is any grid connection as backup, and budget.
CPAP machines, nebulisers, oxygen concentrators and home medical devices require uninterrupted pure sine wave power. A correctly sized station provides this silently, without exhaust fumes, usable indoors at night.
Typical sizing: a CPAP without heated humidifier uses 40W = 320Wh over 8 hours — any C1000 covers 2–3 nights. With heated humidifier (90W) or additional equipment, step up to F2000.
What to tell us: device name and wattage (check the label), hours per night, whether you also need router and basic lights, and any travel requirement.
How the recommendation works
| Your input | What it determines |
|---|---|
| Use case type | Home / Business / Travel / Remote work — each has different default assumptions and sizing logic |
| Equipment list + watts | Instant load (W) and daily energy (Wh) — the two numbers that determine which station fits |
| Target autonomy hours | Required Wh = watts × hours — matched against each SOLIX model's usable capacity |
| Budget range | Filters recommendations to what is realistic for your situation; flags assisted proposal if budget and need don't align yet |
| Urgency | Urgent or business-critical requests go to manual review immediately — same day response |
| Solar charging | If yes, sizing adjusts for panel input — a smaller station + solar often outperforms a larger station alone |
| High-peak loads (coffee machines, compressors, induction) | Automatically flagged for manual confirmation — these need surge wattage verified before a recommendation is made |
What each classification level means
| Level | Daily energy range | Typical station | Typical use case |
|---|---|---|---|
| Essential | Up to 500Wh | SOLIX C300 / C1000 | Router + laptop + phone charging, CPAP, Starlink only, basic lighting |
| Advanced | 500–1,500Wh | SOLIX C1000 / F2000 | Home essentials without large fridge, remote work full setup, campervan light use |
| Full Backup | 1,500–3,000Wh | SOLIX F2000 / F3800 | Fridge + full home, café essentials, campervan with laptop + solar, multi-day remote work |
| Assisted proposal | 3,000Wh+ or high-peak loads | F3800 + expansion / custom | American fridge, business with cooking, off-grid home, multiple zones |
Common questions before filling the form
- "I don't know my wattage." — Use the runtime calculator on this site to estimate, or simply list the appliances and we will estimate for you. For fridges, the EU energy label gives the most accurate figure (kWh/year ÷ 365 = daily Wh).
- "I need it urgently." — Select "Urgent / business critical" in the urgency field. These requests go directly to manual review and receive a same-day response.
- "I have a coffee machine / induction hob / compressor." — Include it in the equipment field and note the wattage if you have it. These are flagged automatically for manual confirmation before any recommendation is made.
- "I want solar but don't know how many panels." — Tell us your available space (balcony m², roof area, van roof) and location. We size the solar alongside the station.
- "I'm comparing this with a generator." — Include that in the notes. We can explain the trade-offs for your specific situation and confirm whether a station covers your load.
- "I need it for a boat / caravan / off-grid cabin." — Describe the installation. Charging source (shore power, alternator, solar), space constraints and daily load profile all affect the recommendation.
What happens after you send
The form calculates your estimated Wh need, classifies the use case and assigns a priority level — all instantly before you click send.
You receive a practical suggestion by email: station model, estimated runtime for your load, solar option if relevant and next steps. Usually within a few hours.
High-priority, urgent and complex requests (business, off-grid, high-peak loads) are reviewed personally. We follow up with a tailored proposal, not a generic catalogue link.