Solar refrigeration sizing explained: compressor start surge, duty cycle, ambient heat gain and the gap between a household freezer and a cold room.
Sizing Solar for Refrigeration: Freezers, Fridges and Cold Rooms
Solar refrigeration sizing explained: compressor start surge, duty cycle, ambient heat gain and the gap between a household freezer and a cold room.
Solar water heater sizing explained: element watts for a given tank volume, heat-up time, cold-water mixing, standby heat loss and element life in Nigeria.
Battery bank sizing explained: amp-hours against watt-hours, inverter output current, autonomy, depth of discharge and temperature derating for Nigeria.
How to size solar for business in Nigeria: building a shop load list, single phase against three phase, keeping a till alive, and honest reliability needs.
How to size solar system for a 3-bedroom flat in Nigeria: build the load list, apply a duty cycle, then set the inverter, array and battery bank.
Build a solar load list before you spend a naira: measure real appliance draw, separate watts from kWh, apply duty cycle and allow for motor surge.
Solar in the rainy season explained honestly: cloud physics, measured month-on-month output in Lagos, Abuja, Kano and Port Harcourt, and storm risk.
Solar panel cleaning in Nigeria explained: soiling losses, safe method, what never to do, how often to clean, bird droppings and safe roof access.
Off-grid, grid-tied or a hybrid solar system compared on cost, backup behaviour and export, with honest notes on where hybrid earns its extra cost in Nigeria.
An mppt charge controller harvests what a PWM throws away as heat. The efficiency gap, when PWM is good enough, sizing, and voltage-window matching explained.