Independent solar researchTools · equipment guidance · local context
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Try “EcoFlow DELTA”, “Growatt”, “Berlin installer” or “battery runtime”.

Equipment research

Research the exact equipment before you buy it.

Search panels, batteries, inverters and portable power equipment by model and use case. Compare specifications, open product details and continue into calculators, support and local installation help.

Commercial rooftop solar array
Model-specific research

Use specifications, source links and compatibility context to narrow the equipment that fits your system.

Browse equipment

Find equipment by model, brand or type.

Browse Melnti's equipment research, compare models and open product, parts, calculator and installer paths from one place.

Results matching your filters.

BLUETTI X20 Laptop Power Bank product image
Parts & accessoriesBLUETTI

X20 Laptop Power Bank

BLUETTI X20 is a 153.6Wh LiFePO4 laptop power bank with up to 160W dedicated DC output, 100W USB-C input/output and adapters for a wide range of laptops.

BLUETTI RV5 Power Hub product image
Parts & accessoriesBLUETTI

RV5 Power Hub

BLUETTI RV5 Power Hub is a 5,000W all-in-one RV energy hub combining inverter, charging, solar/alternator integration and DC power functions in one platform.

Start with the job, then narrow the equipment

Solar equipment is easiest to compare after the job is defined. A 10 kWh battery may be perfectly adequate for one household and a poor choice for another because battery energy and battery power answer different questions. The same is true of inverters: headline kilowatts do not tell you everything about surge capability, PV input limits, backup behavior or battery compatibility.

1Define the load
2Decide backup goals
3Check electrical compatibility
4Compare total ownership

What belongs in a useful product page

As the Melnti product library grows, individual product pages are designed to separate manufacturer claims from decision-useful facts: usable energy, continuous and peak output, input limits, efficiency assumptions, communication protocols, warranty conditions, dimensions, environmental limits and documented compatibility.

Research paths

  • Solar panels — module efficiency, power, temperature behavior, dimensions, warranty and roof fit.
  • Solar batteries — usable capacity, power, cycle-life claims, warranty throughput and BMS compatibility.
  • Solar inverters — hybrid, grid-tied and off-grid architectures, MPPT windows, battery support and backup output.
  • Backup power — whole-system planning for outages and critical loads.
  • Solar generators — portable power stations and foldable-panel systems.
  • Complete systems — how the components work together.