Bringing Your Battery Energy Storage System (BESS) to Life— Before It Goes Live!
Join us for an exclusive virtual behind-the-scenes experience at Doosan GridTech’s Voice of the Customer (VoC) Lab, where innovation meets assurance. Select your preferred timeframe—up to two hours—between June 3-5, 2025, and get an inside and personalized look at how we validate, refine, and de-risk Battery Energy Storage System deployments before they ever hit the field.
Deploying an energy storage system comes with risks such as unexpected integration challenges or costly commissioning delays. That’s why we created the VoC Lab — to test, refine, and optimize your projects in a controlled environment using actual site hardware before they go live.
This virtual event will give you a first-hand look at how our advanced controller hardware-in-the-loop (C-HIL) testing, digital twin simulations, and high-fidelity modeling give developers, Independent Power Producers (IPPs), and utilities the confidence to move forward with faster commissioning and lower risk.
What You Will Walk Away With
How HIL testing replicates your site conditions before deployment
Why CHIL is critical for reducing risk and cost in energy storage projects
A hybrid site simulation—what a system looks like in action
How digital twins can solve real-world performance issues
A chance to engage with our experts and get answers to your questions
Agenda
Welcome & Introduction
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What is the Voice of the Customer Lab and why did we build it?
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How pre-commissioning validation saves time and money
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The role of high-fidelity simulation in modern energy storage
HIL 101: How We Replicate Your Site
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The basics of Controller Hardware-in-the-Loop (C-HIL)—what it is and why it matters
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Mathematical modeling in action—turning site specs into a real-time test environment
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A live look at how we validate system controls before deployment
Choosing the Right Approach
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Why C-HIL testing is the smart investment for all BESS projects
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Comparing vendors—why some solutions are more accurate, cost-effective, and scalable than others
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How C-HIL speeds up commissioning and reduces unexpected site issues
Live Hybrid Site Simulation: How It Works in the Real World
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Walkthrough of a real hybrid site setup
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Case study: Tailem Bend II (Australia)—how we helped optimize a complex system
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Live simulations, including:
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System losses and reactive power impacts
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How the system responds to inverter failures
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SOC balancing and grid integration challenges
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The Power of Digital Twin Simulations
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What is a digital twin and why does it matter for BESS operations?
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How we use digital twins to troubleshoot post-deployment issues
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A hands-on demo showing how digital twins save time and improve long-term reliability
Q&A + Deep-Dive Discussion
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Open floor for project-specific questions
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Ask our experts about custom testing, validation, and integration strategies
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Explore how VoC Lab services can be applied to your next project
