Eco-friendly energy generating roofs

A solar board, comprising:

• a toughened glass and/or a thin film as a top layer;
• a plurality of middle layers;
• a plurality of solar energy capturing components;
• a polyvinyl fluoride film as a back sheet;
• a specially treated base board as a base, wherein a plurality of long rectangular recesses and a plurality of ridges are formed in the specially treated base board, wherein the long rectangular recesses and the ridges are provided alternatively such that each ridge is formed between two adjacent long rectangular recesses, wherein the solar energy capturing components are secured in the plurality of long rectangular recesses such that the plurality of solar energy capturing components is not disposed on the plurality of ridges, and wherein the top layer is rested on top of the plurality of ridges along the long rectangular recesses so as to cover the plurality of solar energy capturing components and the top layer is not in contact with the plurality of solar energy capturing components, wherein a load that is to act on a portion of the toughened glass and/or thin film that is directly above the solar energy capturing components is not transferred on to the solar energy capturing components, and wherein an entire portion of the solar board between the ridges is covered with the plurality of solar energy generating components.

A method of making a solar board for an energy generating roof the method comprising:

• forming a base board having a plurality of long rectangular recesses and a plurality of ridges, wherein the long rectangular recesses and the ridges are provided alternatively such that each ridge is formed between two adjacent long rectangular recesses;
• subjecting the base board to drying or dehydrating;
• sanding, dusting, coating the base board with water repellents;
• laminating the base board with a plurality of solar energy capturing components secured in the plurality of long rectangular recesses such that the plurality of solar energy capturing components is not disposed on the plurality of ridges and sandwiched with a toughened glass and/or a thin film rested on top of the plurality of ridges along the plurality of long rectangular recesses so as to cover the plurality of solar energy capturing components, ethylene vinyl acetate film as an encapsulate in the middle, and polyvinyl fluoride film as a back sheet, wherein the toughened glass and/or thin film is not in contact with the plurality of solar energy capturing components and a load that is to act on a portion of the toughened glass and/or thin film that is directly above the solar energy capturing components is not transferred to the plurality of solar energy capturing components, wherein an entire portion of the solar board between the ridges is covered with the plurality of solar energy generating components.