Place your open air sun based lights in an adequately radiant area. This might appear glaringly evident, yet open air sun powered lights require sufficient long stretches of sun each day with the goal that they can re-energize their batteries adequately. The quantity of long periods of sun that an open air sun oriented light requires each day relies upon the quality and plan of the outside sun powered light, the size and kind of the sunlight based charger that is a piece of the open air sun based light, the number and strength of the lights that the open air sun based light has and the number and sort of batteries that it has. An Outdoor sun oriented light with a bigger sun powered charger comparative with the light that it produces might sparkle for a more extended time frame and require less long stretches of direct daylight.
Cautiously think about the likely area of your open air sun oriented lights. Hope to check whether anything may be concealing them from direct daylight. This could incorporate trees, brambles, plants, support points, posts, structures, house roof or shades, steps, dividers, vehicles, or whatever else that squares direct daylight from focusing on the open air sun oriented lights. Check out your likely area for the open air solar lights based lights during a few times of day and perceive how much shade there is at various times. Assuming there is an excess of shade there for a really long time during the day, then, at that point, it very well might be better for you to choose an alternate area for your outside sun based lights.
On the off chance that conceivable and assuming it is movable, ensure that the open air sun based light board is pointing toward the south. Sunlight based bright lights, for instance, have an appended sun powered charger that can be moved in the direction of the sun. In the event that you can change the point of the little board, the board ought to be calculated at an optimal plot for your geological area. The thought is to have the board looking as level as conceivable comparative with the point of the sun for however many of the immediate sun hours as could be allowed.
Contingent upon your geological area, the point of the sun and the quantity of long periods of direct daylight will change throughout the mid year and winter. The sun might be less solid, at a lower point and sparkle for less hours throughout the colder time of year. Then again, there might be less leaves on encompassing trees throughout the colder time of year, which might mean less that is obstructing daylight onto the open air sun oriented lights throughout the colder time of year.