<span>Synthesis of <span><em>titanium dioxide </em><span>(TiO<span>2<span>) for dye sensitized solar cell (DSSC) with anthocyanins <span>rosella (<span><em>Hibisccus Sabdariffa</em><span>) has succesfully been done using sol-gel technique. The <span>semiconductor layer is a very important part of the DSSC since it gives a high surface area for <span>dye absorption which gives rise to high currents. DSSC was formed structually two electrodes <span>sandwiching the electrolyte. The working electrode is TiO<span>2 <span>layer coating on a Fluorine doped <span>Tin Oxide (FTO) glass substrat and sensitified with anthocyanin dye. A counter electrode is <span>carbon coating on the FTO. The fabricated solar cells have an area of 1.5 cm<span>2<span>, soaked in the <span>anthocyanin dye for 24 hours and 48 hours. The sample was characteriz with X-ray diffraction <span>method. The X-ray diffractogram indicates that the sample possesses rutile and anatase phase. <span>The dye absorption measured using spektrofotometer UV-Visible Lambda 25 showed the<br /><span>absorption occurs in the range 440-620 nm. The efficiencies of the solar cells measured by I-V <span>meter Keithley for 24 and 48 hours soaking are 0.0064(6)%, and 0.0151(4)%, respectively.</span></span></span></span></span></span></span></span></span></span></span><br /></span></span></span></span></span></span></span></span></span></span></span>