NOVELTY - Achieving worldwide reduction of carbon dioxide emission and reduction of deforestation involves acquiring sunlight onto photovoltaic cells, assembled into modules and/or transparent surfaces; acquiring additional sunlight onto three different surfaces; storing acquired sunlight, and converting energy in the acquired and additional sunlight reaching the photovoltaic cell module to electricity.    USE - For achieving worldwide reduction of carbon dioxide emission and reduction of deforestation for providing electricity.    ADVANTAGE - The invention enables worldwide affordable access to electricity, light and education. It provides better tasting and healthier dishes. It enables better quality of life for people through improved health standards. It eliminates carcinogens in cooked foods and in breathable air.    DETAILED DESCRIPTION - Achieving worldwide reduction of carbon dioxide emission and reduction of deforestation comprises acquiring sunlight onto photovoltaic cells, assembled into modules and/or transparent surfaces; acquiring additional sunlight onto tiltable and bendable reflector mirror positioned with lower hinge near the outer or external edge of the first window; acquiring additional sunlight onto photovoltaic cell on rocking rack supported in hanging manner by hinge; acquiring additional sunlight onto and through the third horizontal transparent surface; acquiring optimum quantities of sunlight onto the photovoltaic cell module on the mirror and through all windows.    INDEPENDENT CLAIMS are included for:    (1) sunlight acquiring apparatus comprising complementary cavity, transparent apertures, insulated lower and upper mirrors, bendable mirror guide rails, rocking photovoltaic cell, pivoted sliding lever, connecting rod, rope, gnomon, cooler, battery, insulated halogen light mechanism, electrical conduit, insulating slag, temperature indicator, stretchable elastic cord, rocking rack, hinges, shafts, cross bar, guide rail plate, reflective windshield, wheel, structure for the apparatus containing support structure, and bendable mirrors;    (2) emission credits or tradable emission rights earned by acquiring from emission avoided by using the apparatus;and    (3) earning or accruing carbon dioxide emission credits or tradable carbon dioxide emission rights accruing from carbon dioxide emissions avoided by practicing the above mentioned steps.    DESCRIPTION OF DRAWING(S) - The figure shows the inventive method with mirror showing net to food cooking power as solid line curve and total power as broken line curve.    Absorber (1)    Still air (9)    Mirror (14)    Upper guide rail (16)    Mirror compression profile (20)