PSE’s gPROMS release fuel cell solutions for high-fidelity predictive modeling

While developers of fuel cell systems to bring products to market faster, reduce technical risks td347, u4873

LONDON - (BUSINESS WIRE) - The industry leader in advanced process modeling suite provider gPROMS Process Systems Company Inc. (PSE) announced today a new fuel cell gPROMS (gPROMS Fuel Cell) modeling products.

gPROMS modeling products from fuel cells are especially for those who provide the market with fuel cell proton exchange membrane (PEMFC), solid oxide fuel cell (SOFC) technology for fuel cells and other companies, the solution applied to the high fidelity predictive modeling techniques, there is help companies to shorten time to market, optimize cell stacks and fuel systems design and operation.

gPROMS modeling products from fuel cells were at the recent Tokyo International Hydrogen and Fuel Cell Expo (FC Expo) early and is already in-class companies such as Toyota and Samsung, has been applied, the gPROMS modeling products powerful in modeling in the context of integration and optimization models of fuel cell advanced PSE’s Library (AML: FC) to provide high-fidelity models. The modeling products support users in the environment of the fuel cell system and also a detailed analysis of the effects of micro-scale and optimize the design and operation of the battery, 417066-001, 346970-001 , provides a quantitative approach to management complex risks inherent technical technique.

gPROMS modeling products allow fuel cell developers to effectively address the first time, the management of many key issues, such as analysis and optimization of the distribution of current density of the battery within the group , water (cell proton exchange membrane fuel), inactivation and the battery life and battery and fuel handling and other systems integration and other issues. Solution provides an optional interface can be membrane electrode assembly (MEA), the model and the flow channel of the computational fluid dynamics (CFD) model to connect to quickly calculate the performance of the entire battery.

Provides tools for dynamic modeling can be used to control system design, changes in electricity demand caused by the dynamic analysis of the temperature, start-up and other operational modeling and optimization. Using the optimized function to determine the optimal load of platinum, and the size of the battery and optimum balance between power output.

High fidelity model of the battery and the battery is a key objective is to provide a framework for the model based on mathematical methods used to interpret experimental data, estimating model parameters key.

Chief Technology Officer of PSE cell technology leader Zbigniew Urban said: “The fuel cell and battery in the group and the complex interactions between systems, coupled with time to market pressures and risks related technical so that model in an indispensable tool. In addition, there is no other way to fully answer these questions. ”

gPROMS has been in the oil and gas, chemicals and petrochemicals, power generation, clean energy, food and beverage,sony vgp-bps10b  ,  consumer goods, pharmaceuticals and other industries processing large-scale processes are widely used industrial enterprises.