Mathematical modeling allows designers to find the best switching frequency, best components, compare two sets of components and optimize the system for any conditions that the application requires ...

In an era of increasing penetration of renewable energy and enhanced complexity in electrical networks, dynamic load modelling has emerged as a crucial research area. This approach involves developing ...

Power, heat, and their combined effects on aging and reliability, are becoming increasingly critical variables in the design of chips that will be used across a variety of new and existing markets. As ...

Scope: This standard proposes a meta-model / meta-standard focused on parameterization and abstraction, enabling system, software and hardware IP-centric power analysis and optimization. This standard ...

Power, once considered an all-but afterthought in system design and well behind performance and area, now leads as the first consideration in PPA (power, performance, area). Dynamic power consumption ...

Today’s electronic systems are becoming more and more complex, with an increasing number of power rails and supplies. To achieve optimum power solution density, reliability and cost, often system ...

IRVINE, Calif.--(BUSINESS WIRE)--ETAP®, the leading provider of software solutions for the design, analysis, optimization, and real-time operation of electrical power systems, today announced the ...

Planning and operating a power system requires detailed grid studies to guide investment decisions and prepare for how the system may evolve over time. Long-term planning can identify the policy, ...

Traditional power plant performance indicators do not always provide reconcilable data. This means plant personnel may be making operational changes based on inaccurate information. An innovative data ...

At first brush, power electronics do not have the glamorous appeal that we’ve come to associate with the nanotechnology revolution in the past two to three decades. Evaluated solely on the basis of ...

A hybrid geothermal–biomass system integrates multigeneration heating, cooling, and power through thermodynamic and economic optimization.