Deep, decision-grade guides for choosing solar gear.
Buying solar equipment is a five-figure decision: the wrong inverter or panel can cost you years of returns. These guides walk through the trade-offs that actually matter — temperature coefficients in the Gulf heat, battery chemistry vs. cycle life, hybrid vs. string inverter topologies, sizing rules of thumb that survive contact with a 70 °C rooftop. Every guide is written for installers and serious homeowners, with worked examples in AED, real model comparisons, and the trade-offs vendors won't put in their datasheets. Browse the full set below or jump to a specific question.
GuidesHow Iraqi homes can switch from shared neighbourhood generators to solar battery backup. Covers load sizing, cost comparison, and Felicity IVPS solutions.
GuidesDesign off-grid solar for Saudi Arabia's desert. Covers extreme heat management, dust mitigation, system sizing for desert farms, and Felicity IVPS solutions.
GuidesHow solar energy transforms Egyptian farming. Covers solar water pumping, irrigation systems, government incentives, and off-grid farm solutions with Felicity.
GuidesDesign off-grid solar for rural UAE properties. Covers system sizing for AC loads, DEWA-independent power, heat management, and Felicity IVPS solutions.
GuidesMaster battery bank sizing for off-grid solar. Step-by-step method covering daily consumption, autonomy days, DoD, efficiency losses, and practical examples.
GuidesUse this buyer's checklist to choose the right off-grid inverter. Covers power rating, wave type, battery voltage, MPPT, surge capacity, and heat tolerance.