In the actual context of an urgent need for energy decarbonization, natural gas (which currently represents about 22% of primary energy demand) will likely continue to play a significant role because it is the cleanest of all the hydrocarbon energy sources and has high conversion efficiencies. Most of the natural gas (64%) is consumed in residential, commercial and industrial sectors (mainly for heating). The gas is distributed by means of national and international networks, which are made of long-distance pipelines operating at different pressure levels. At the last stages of distribution, a gas pressure reduction is needed to attain the local distribution network at low pressure (0.3-1.5 barG). One of the remaining challenges in the gas distribution is that this final pressure reduction causes energy losses, which hamper the benefits of natural gas. Our objective is to produce autonomous, easy-to-install and robust devices to reduce the gas pressure in a single step and recover the energy loss by generating electricity. These must be designed to meet the specific needs of target end-users.