Advanced Power, Battery & Energy Systems Engineering Ecosystem

Advanced Power, Battery & Energy Systems Engineering Ecosystem

A comprehensive laboratory ecosystem designed to support power systems engineering, energy storage, and next-generation electrical infrastructure development. Powered by industry-standard platforms from CYME International, SKM, Prim tech, Oorja, Altair, and Keysight Technologies, this setup provides an integrated environment for design, simulation, and validation of electrical systems. It enables institutions to align academic learning with modern power grids, renewable energy systems, and electrification technologies.

Power System Transmission Lab

Power System Transmission Lab

Tools: CYME, SKM

A Power System Transmission Laboratory equipped with advanced simulation tools is essential for analyzing large-scale electrical networks. Tools such as CYME and SKM provide capabilities for load flow analysis, fault studies, and system stability evaluation. This lab enables students and researchers to model and validate transmission systems, aligning academic training with real-world grid operations.

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Power System Distribution Lab

Power System Distribution Lab

Tools: CYME, SKM

A Power System Distribution Laboratory equipped with industry-standard tools enables the simulation and optimization of electrical distribution networks. These tools support analysis of loss reduction, reliability, and network performance. This lab allows students and researchers to study smart grids and distributed energy systems, bridging the gap between theory and practical implementation.

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Power System Cabling Lab

Power System Cabling Lab

Tools: CYME

A Power System Cabling Laboratory equipped with advanced modeling tools enables the design and validation of electrical cable networks. It provides capabilities for analyzing thermal limits, voltage drops, and fault conditions. This lab supports infrastructure-focused research and training aligned with industrial power system requirements.

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Energy Storage Lab

Energy Storage Lab

Tools: CYME

An Energy Storage Laboratory equipped with simulation tools enables the development and analysis of battery storage systems and grid integration strategies. It provides capabilities for modeling energy flow, storage efficiency, and system performance. This lab supports research in renewable energy integration and modern energy management systems.

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Substation Design Lab

Substation Design Lab

Tools: Prim Tech

A Substation Design Laboratory equipped with specialized tools enables the creation of intelligent substation layouts and configurations. It provides capabilities for designing electrical infrastructure, protection systems, and automation workflows. This lab prepares students for real-world applications in power utilities and infrastructure development.

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Power Electronics Design Lab

Power Electronics Design Lab

Tools: Altair — PSIM; Keysight — ADS

A Power Electronics Laboratory equipped with advanced design tools enables the development of high-efficiency electronic power systems. These tools provide capabilities for simulating converters, inverters, and control systems. This lab supports applications in electric vehicles, renewable energy systems, and modern power electronics design.

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Battery Management System (BMS) Lab

Battery Management System (BMS) Lab

Tools: Oorja

A Battery Management System Laboratory equipped with advanced platforms enables the design and testing of battery monitoring, control, and safety systems. It provides capabilities for analysing battery performance, protection mechanisms, and lifecycle management. This lab supports research and development in electric mobility and energy storage technologies.

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VALUE PROPOSITION FOR INSTITUTIONS

Aligned with National Energy Priorities

Supports initiatives in renewable energy, EV adoption, and smart grid modernization.

End-to-End Power Systems Capability

From Power generation, transmission, distribution to storage and consumption, all in one integrated ecosystem.

Research, Funding & Industry Collaboration Ready

Strengthen eligibility for government grants, utility partnerships, and industrial projects.

Workforce Readiness in High-Growth Sectors

Prepare students for careers in power engineering, energy systems, and electrification technologies.

Reduced Design-to-Failure Gap

Shift from theoretical design to validated, real-world performance Power engineering – Power Systems, Power Electronics, Battery Management etc.

Industry-Grade Tools Inside Academia

Equip students and researchers with the same platforms used in global R&D labs and Industry oriented Product development.

Multidisciplinary Research Enablement, Grant & Publication Readiness

Strengthen your institute's capability to secure government funding, patents, and high-impact publications through extensive Research and Product development outcome.

Position your institution at the forefront of Power Electronics, Energy innovation and Power systems engineering with industry-grade solutions from CYME International, Altair, Primtech, Oorja and Keysight Technologies.

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