7results about "Electrochemical generators" patented technology

Method for determining an optimized system behavior of a hybrid energy storage system (1) with at least a first energy storage device (2) and a second energy storage device (3) by determining an optimal adjoint (λ*), comprising: - Executing a first iteration loop (10) in several passes, where each successive pass is associated with a possible adjoint (λ), - wherein, for each iteration of the first iteration loop (10), a second iteration loop (20) is executed, which includes the steps: • Determining an optimal control variable (u*) for each successive point in time within a given period, where the optimal control variable (u*) is a quantity that describes the energy absorbed or released by the second energy storage device and is determined based on a minimum of a Hamiltonian function (H), where the Hamiltonian function (H) belongs to the energy storage system (1) and depends on a modeled system parameter (L) m ), the possible adjoint (λ) and a storage state (SoC2) of the second energy storage (3) is, where the modeled system parameter (L m ) is a parameter of the hybrid energy storage system (1) to be optimized, and is determined according to a predefined performance profile which is traversed by the energy storage system (1) in the predefined period, and • Calculating a final memory state (SOC) 2E ) of the second energy storage device (3), which the second energy storage device (3) exhibits after the specified period, if the energy absorbed or released by the second energy storage device (3) during the specified period was controlled according to the respective optimal control variable (u*), - Detect whether the final memory state (SOC) calculated using the second iteration loops (20) 2E ) of the second energy storage (3) lies within a specified interval and provide an optimal adjoint (λ*) which corresponds to the possible adjoint (λ) of the first iteration loop (10) for which it was detected that the final storage state (SOC) 2E ) lies within the specified interval.

The present application relates to the technical field of CO2 capture and utilization, in particular to a kind of carbon capture liquid regeneration method and system coupled with electrolytic cell and fuel cell.The method steps are as follows: step one: carbon capture absorbing liquid A after absorbing carbon dioxide is subjected to ion membrane electrolysis treatment;Step two: the mixed gas generated in step one electrolysis is passed into the cathode of fuel cell, and hydrogen is passed into the anode of fuel cell;Step three: carbon capture absorbing liquid B after absorbing carbon dioxide is treated as fuel cell electrolyte;Step four: the electric energy generated in step three fuel cell is used to supplement the electrolysis electric energy of step one.The present application couples electrolytic cell device and fuel cell device, realizes the electrochemical regeneration of carbon capture absorbing liquid, has the advantages of high electric energy utilization rate and less secondary pollution, and can fully utilize electric energy to realize the green regeneration of carbon dioxide capture absorbing liquid.

This invention relates to the field of rocket composite energy harvesting technology, specifically to a manned rocket composite energy harvesting and power generation system and method, including a harvesting module, a conversion module, a storage module, and a distribution module. During rocket launch, the harvesting module collects various forms of energy, the conversion module converts them into electrical energy, which is then stored in the storage module. The distribution module distributes the stored electrical energy to various systems or equipment of the rocket. By harvesting various forms of energy during rocket launch and converting them into electrical energy, energy utilization efficiency can be greatly improved and energy waste reduced. Utilizing the energy during rocket launch can reduce dependence on traditional energy sources, thereby reducing the cost of rocket launch. Compared to traditional rocket propulsion methods, manned rocket composite energy harvesting and power generation technology can reduce dependence on propellants, thereby reducing safety risks during rocket launch.

A carbon dioxide treatment apparatus includes: a capturing device that captures carbon dioxide; and an electrochemical reaction unit that electrochemically reduces the carbon dioxide captured by the capturing device, and the electrochemical reaction unit includes a cathode, an anode, an anion exchange membrane provided between the cathode and the anode, a cathode-side liquid flow path which is provided adjacent to the cathode and through which an electrolytic solution flows, an anode-side liquid flow path which is provided adjacent to the anode and through which the electrolytic solution flows and a first liquid supply path which supplies, to the anode-side liquid flow path, the electrolytic solution A which has flowed through the cathode-side liquid flow path.

The present invention discloses a scheduling system and method for a hybrid energy storage system, including step S1: detecting whether a scheduling command has been received by a CPU in real time and detecting and obtaining the maximum power of a power-type energy storage medium; step S2: turning on and replenishing a capacitive energy storage medium if the power value required by the scheduling command is greater than the maximum power of the power-type energy storage medium; step S3: simultaneously outputting and predicting the amplitude and duration of the next scheduling command using a convolutional neural network; and step S4: adjusting both energy storage media based on the predicted amplitude and duration to respond to the scheduling command. The scheduling method for a hybrid energy storage system predicts the amplitude and duration of the next scheduling power command based on the statistical characteristics of historical data, significantly improving the controllability of power scheduling and enabling application public power to be pre-configured, thereby improving power scheduling efficiency.

A hydrogen storage and / or delivery system comprises a hydrogen storing emulsion formed from a perfluorocarbon (PFC) and a surfactant present in an aqueous medium. The hydrogen storing emulsion releasably retains hydrogen gas and may be in a hydrogen containing emulsion state or a hydrogen absorbable emulsion state. The emulsion may be supplied in a vessel configured to receive and provide hydrogen gas, thereby comprising a device for storing and providing hydrogen gas. The hydrogen containing emulsion may be configured to release the hydrogen gas upon sonication.

The invention discloses a hybrid energy storage system scheduling system and method, which includes steps S1: the CPU detects whether a scheduling instruction is received in real time, and detects and obtains the maximum power of the power type energy storage medium; S2: when the power value required by the scheduling instruction is greater than When the maximum power of the power-type energy storage medium is reached, the capacity-type energy storage medium is turned on for supplementation, otherwise the power-type energy storage medium is used to respond to the scheduling instruction; S3: While executing step S2, the convolutional neural network output predicts the amplitude of the next scheduling instruction. and duration; S4: Coordinate the two energy storage media to respond to the scheduling instructions according to the predicted amplitude and duration. This hybrid energy storage system scheduling method predicts the amplitude and duration of the next scheduled power command based on the statistical characteristics of historical data, which greatly enhances the controllability of power scheduling. It can also arrange and set the application public power in advance, improving power scheduling. efficiency.