Category: hev

top 10 gt suite blogs 2023|top 10 blogs gamma technologies

Top 10 Gamma Technologies Blogs of 2023!

From calculating EV range to heat pump design, there is a blog for every simulation!  As we kick off 2024, let’s look back at the best blogs of 2023! Since the inception of Gamma Technologies, GT-SUITE has optimized system simulation solutions for manufacturers! In no order, these are the top 10 blogs written in 2023 that […]

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battery charging simulation

Using Simulation for Battery Engineering: 15 Technical Blogs to Enjoy

At Gamma Technologies, our GT-SUITE and GT-AutoLion simulations provide battery engineers and designers robust solutions for modeling and predicting battery performance throughout its lifecycle.  Enjoy reading our battery-focused technical blogs to learn more about:  Calculating electric vehicle (EV) range Decreasing battery system simulation runtime Vehicle modeling: ICEV & BEV correlation procedure  Reducing battery charging time […]

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top 10 blogs gamma technologies

Top 10 Gamma Technologies Blogs of 2022!

From battery thermal runaway to fleet route optimization, there is a blog for every simulation!  Since the inception of GT-SUITE, Gamma Technologies has offered state-of-the-art simulation solutions for manufacturers. Our simulation solutions help guide customers and partners toward highly optimized products.   In no order, these are the top 10 blogs of 2022!   Simulating Your Way […]

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electrochemical storage systems simulation||redox flow battery simulation|battery charging and discharging simulation|charging and discharging simulation|

A Look Inside Large-Scale Electrochemical Storage Systems Simulation

Why Are Redox Flow Batteries Important? Renewable electricity produced by solar and wind energy is taking an ever-increasing share of the total electricity generated. However, the fluctuating nature of these renewable energy sources makes grid management challenging without a reliable energy storage system. Electricity production from solar and wind generators is often curtailed when the […]

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vehicle thermal management simulation|||||||

How Simulation Is Used To Design ICE vs. Battery Electric Vehicle Thermal Management Systems

Understanding Vehicle Thermal Management  Vehicle electrification across the transportation industry is being driven by demands for reducing emissions and increasing fuel economy. However, engineering these electrified vehicles comes with a new set of challenges for thermal management of the powertrain and cabin. In this blog I will discuss some of these new challenges for battery […]

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thermal management simulation|electric vehicle thermal management simulation|electrical vehicle thermal management simulation|Gamma Technologies and SAE September 7 2022 webinar thermal management simulation||GT-Play thermal management simulation||||calibration engineer thermal management simulation model

How Simulation Can Increase Productivity in Electric Vehicle Thermal Management Design

What To Consider When Designing Thermal Management Systems in Electric Vehicles  Thermal management system design in the electrification era requires a complex approach to ensure vehicle performance and customer satisfaction. Electric vehicle’s (EV) system design and controls will influence the range of the vehicle, cabin comfort, and performance, and it is important to use a […]

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Gasoline car and electric car simulation|||||||||||

Vehicle Modeling and Simulation: ICEV & BEV Correlation Procedure

Vehicle Level Simulation is a rapidly expanding technique which most OEMs are exploring to help reduce testing cost and time. To be effective, these simulations must accurately represent the vehicle being simulated. This can be achieved in two steps, first by collecting the data required for modeling and feeding it into a simulation tool to […]

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hybrid electric vehicle simulation||||||

How to Optimize Hybrid Vehicle Design using Simulation

As emissions regulations tighten and an electrified future grows more and more imminent, automotive engineers have been tasked with applying decades of traditional vehicle engineering knowledge to increasingly complex xEV architectures. The good news is that automakers have become very proficient at building conventionally powered vehicles – so much so that they still comprise the […]

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