Renewable Power Plant Investment Opportunities in Kiev

The company has developed an innovative technology for producing green hydrogen five times cheaper than existing technologies. - The project of creating an experimental plant for the production of hydrogen by electrolysis of water and with an internal cycle of energy. - The project provides for the development of integrated technology with the creation of an experimental plant for the production of cheap hydrogen in an environmentally friendly way. - This technology provides for the production of hydrogen by electrolysis, but at the expense of the internal energy of this process. Internal energy means the energy released from the process of spontaneous ionization of oxygen, which is released from water simultaneously with hydrogen. In conventional electrolyzers, oxygen is vented to the atmosphere, and in the proposed project it is used to generate energy. - This technology is capable of providing the production of 1 kilogram of hydrogen (11 cubic meters) at the cost of electricity received from outside within 4-5 kWh. The maximum power consumption will be 5 kWh. for the production of 1 kg (11 m3) of hydrogen. - As a result of the combustion of 1 kilogram of the produced hydrogen, 120 MJ of thermal energy is released, which can be converted into 12-15 kWh. electrical energy (taking into account the efficiency of energy conversion mechanisms).

The company has developed an innovative technology for producing green hydrogen five times cheaper than existing technologies. - The project of creating an experimental plant for the production of hydrogen by electrolysis of water and with an internal cycle of energy. - The project provides for the development of integrated technology with the creation of an experimental plant for the production of cheap hydrogen in an environmentally friendly way. - This technology provides for the production of hydrogen by electrolysis, but at the expense of the internal energy of this process. Internal energy means the energy released from the process of spontaneous ionization of oxygen, which is released from water simultaneously with hydrogen. In conventional electrolyzers, oxygen is vented to the atmosphere, and in the proposed project it is used to generate energy. - This technology is capable of providing the production of 1 kilogram of hydrogen (11 cubic meters) at the cost of electricity received from outside within 4-5 kWh. The maximum power consumption will be 5 kWh. for the production of 1 kg (11 m3) of hydrogen. - As a result of the combustion of 1 kilogram of the produced hydrogen, 120 MJ of thermal energy is released, which can be converted into 12-15 kWh. electrical energy (taking into account the efficiency of energy conversion mechanisms).