NOVELTY - A device capable of generating electricity comprises first thermal layer including several first integrated thermal electric generator (ITEG) devices (112, 122) configured to generate electricity in response to first thermal condition; first regulating layer (116, 126) including several thermal regulators (118, 128) deposited over first thermal layer, where thermal regulators regulate temperature; and first storage layer including at least one first thermal storage tank (130) deposited over first regulating layer, where each first thermal storage tank is capable of storing heat.    USE - As device capable of generating electricity (claimed) by converting thermal energy to electrical energy; and for power generation.    ADVANTAGE - The device is integrated thermal electric generator with storage system that generates a high level of electricity around the clock, nights and days. The use of solar heat, heat energy from power plants, industrial plants, geo-thermal and biomass in producing electricity, helps the world in reducing the consumption of global natural resources such as fossil fuel, coal, etc.. The materials used in the device have very little harmful substance unlike solar PV technology which uses silicon and silicon process technology that harms the environment upon disposing them at the end of its life span or when upgrading such systems. Since the heat sources are readily available from the natural environment, the availability of electricity for consumption, through the current design, is unlimited.    DETAILED DESCRIPTION - A device capable of generating electricity comprises first thermal layer including several first integrated thermal electric generator (ITEG) devices (112, 122) configured to generate electricity in response to first thermal condition; first regulating layer (116, 126) including several thermal regulators (118, 128) deposited over first thermal layer, where thermal regulators regulate temperature; and first storage layer including at least one first thermal storage tank (130) deposited over first regulating layer, where each first thermal storage tank is capable of storing heat. The device further comprises second thermal layer having several second ITEG devices; second regulating layer including thermal regulators; and second storage layer. INDEPENDENT CLAIMS are included for the following:    (1) method for generating electricity involving receiving thermal energy from thermal energy source (132); storing first portion of the thermal energy in thermal storage reservoir; guiding second portion of the thermal energy to pass through thermal storage layer containing thermal storage reservoir via heat dissipating channel (150); sensing first temperature range and second temperature range from the second portion of the thermal energy; regulating the first temperature range at first thermal layer containing ITEG devices; and generating electricity by first ITEG devices in response to the first temperature range; and    (2) method of fabricating an electric generator involving depositing ITEG devices over substrate; forming first thermal chamber over several first ITEG devices operable to generate electricity; depositing several first thermal regulators over the first thermal chamber capable of regulating temperature; and depositing thermal storage layer containing at least one thermal battery over thermal regulators for storing heat.    DESCRIPTION OF DRAWING(S) - The figure shows a block diagram of multi-layered solid-state thermal-electrical generator system using integrated thermal-electrical generator devices.    Thermal storage plane (104)    First thermal plane (106)    Second thermal plane (110)    Integrated thermal-electrical generator device (112, 122)    Thermal layer (114, 124)    Regulating layer (116, 126)    Regulators (118, 128)    Thermal Tank (130)    Thermal source (132)    Thermal channel (150)