NOVELTY - The dye-sensitized solar cell module having carbon nanotube electrodes, comprises conductive transparent electrodes formed on the inner surfaces of upper and lower transparent substrates, porous oxide semiconductor negative electrodes formed on the upper conductive transparent electrode at a constant interval and having a dye adsorbed on the surface, counter electrode (106) formed on the lower conductive transparent electrode in a thin film form, and a grid electrode (107) formed on the upper and lower conductive transparent electrodes between unit electrodes.    USE - The invention deals with dye-sensitized solar cell module.    ADVANTAGE - The solar cell module has high-efficiency, large-area and high practical utility.    DETAILED DESCRIPTION - The dye-sensitized solar cell module having carbon nanotube electrodes, comprises conductive transparent electrodes formed on the inner surfaces of upper and lower transparent substrates, porous oxide semiconductor negative electrodes formed on the upper conductive transparent electrode at a constant interval and having a dye adsorbed on the surface, counter electrode (106) formed on the lower conductive transparent electrode in a thin film form, and a grid electrode (107) formed on the upper and lower conductive transparent electrodes between unit electrodes, connecting electrodes formed on the upper and lower conductive transparent electrodes (103, 104), and electrolyte placed between the negative- and the counter electrodes. The counter electrodes are made of carbon nanotube layer as a positive electrode portion corresponding to the negative electrodes. The unit electrodes have the negative electrode and the counter electrode. The grid electrodes serve to collect electrons generated by photosensitization. The connecting electrodes are electrically connected with the grid electrode to transfer electrons moved from the grid electrodes to the outside. The grid electrodes on the negative electrode side and the counter electrode side are electrically insulated from each other. The unit electrodes are connected to each other in parallel. An insulating film for electrical insulation is formed in the electrolyte between the unit electrodes. The insulating film consists of a thermosetting/UV-curable adhesive/carbon nanotube insulation layer containing the adhesive. The carbon nanotube insulation layer has an electrical resistance of more than 1 kOmega cm. The carbon nanotube insulation layer has a composition of non-conductive polymer binder such as carboxymethyl cellulose/polyvinylidene fluoride, and non-conductive inorganic material is added to carbon nanotubes of more than 10%. The unit electrodes constitute sections. An etched insulating pattern is formed in the upper and lower conductive transparent electrodes, such that the sections are electrically insulated from each other and electricity flows through the grid electrodes. The unit electrodes are connected to each other in series. The carbon nanotube electrodes of the carbon nanotube layer have an electrical conductivity of 10-1-104 Omega -1 cm-1. The grid electrodes or connecting electrodes have carbon nanotube layer. A carbon nanotube paste for forming the carbon nanotube layer is prepared by mixing carbon nanotubes with a carbon- or metal-based additive/polymer binder using mechanical or mechanochemical methods including a ball mill, a high-energy ball mill, ultrasonic waves, a grinder, and a V-mixer. The content of the binder in the paste is 0.5-90 wt.%. The carbon nanotube layer is formed in a dotted pattern, a linear pattern or a planar pattern using film forming methods of a doctor blade method, a screen printing method, a spray method, a spin coating method and a painting method. The carbon nanotube has a thickness of 100 nm-1 mm. An INDEPENDENT CLAIM is included for manufacturing a dye-sensitized solar cell module.    DESCRIPTION OF DRAWING(S) - The diagram shows a dye-sensitized solar cell module:    Upper and lower conductive transparent electrodes; (103, 104)    Porous negative electrodes; (105)    Counter electrodes; (106)    Grid electrodes. (107)