NOVELTY - A multi-layered phyto-pigment solar cell is obtained by using chlorophylls and anthocyanin to develop multi-layered solar cell due to different absorption ranges of the different bio-pigments, followed by making a mixture solution of chloroform with distilled water after addition a solution of hydrochloric acid and methanol, preparing pigment thin films by spin coating method, fabricating multi-layered phyto-pigment solar cells by electroplating micro-crystals of the purified phyto-pigments on each film comprising multi-layered of the phyto-pigments.    USE - Multi-layered phyto-pigment solar cell for use in power equipment, recharge battery, power orbiting satellites and other spacecraft, grid connected power generation, and production of off-grid power for remote dwellings, boats, recreational vehicles, electric cars, roadside emergency telephones, remote sensing, and cathodic protection of pipelines.    ADVANTAGE - The solar cell has reduced cost, increased conductivity, improved electrical conversion rate, enormous potential in creating long term sustainable energy with minimal environmental degradation, better capability of trapping solar energy and liberating electron, better prevention of diminishing the alarming increase in global pollution, maximum absorbance efficiency, and increased charge-separation efficiency.    DETAILED DESCRIPTION - A multi-layered phyto-pigment solar cell is obtained by using chlorophylls and anthocyanin to develop multi-layered solar cell due to different absorption ranges of the different bio-pigments, where the chlorophylls is isolated from spinach and Polyalthia longifolia leaves using acetone-hexane solvents purified by Chromatographic techniques, the anthocyanin is red anthocyanin aqueous layer made from Amaranthus leaves at first taken to be frozen in liquid nitrogen, followed by making a mixture solution of chloroform with distilled water after addition a solution of hydrochloric acid and methanol, preparing pigment thin films by spin coating method, fabricating multi-layered phyto-pigment solar cells by electroplating micro-crystals of the purified phyto-pigments on each film comprising multi-layered of the phyto-pigments, causing 10% increase in conductivity and/or electrical conversion being observed upon exposure to light.