Give us a call or drop by anytime, we endeavour to answer all enquiries within 24 hours on business days.
9801 Anderson Mill Rd. Ste 230, Austin, TX 78750, United States
Info@pulsar.industries
Phone: +1 512 316 7355
At Pulsar Industries, we are a leading energy storage engineering company in the USA, focused on designing, manufacturing, and delivering smart energy storage systems for a sustainable future. Our mission is to make clean energy reliable and accessible for everyone — from residential users to large industrial clients. With advanced technology and expert engineering, we help power a greener America.
As renewable energy use grows across the United States, the need for reliable energy storage becomes more important. Solar and wind power depend on natural conditions, but with the right storage system, energy can be saved and used whenever it’s needed.
That’s where Pulsar Industries comes in. We engineer high-performance energy storage systems that store renewable energy efficiently and deliver consistent power — day or night. Our goal is to support clean energy adoption, reduce carbon emissions, and make renewable power practical for all sectors.
At Pulsar Industries, our mission is to engineer smarter and more reliable energy systems that empower communities and industries to achieve energy independence. We combine innovation, technical excellence, and environmental responsibility to create storage solutions that make renewable power practical, accessible, and sustainable.




Our multidisciplinary team of electrical, mechanical, and energy engineers has decades of combined experience in storage technology and renewable system design.

From utility-scale battery installations to modular commercial systems, we’ve successfully executed projects across multiple states in the USA.

We use state-of-the-art design tools, advanced BMS integration, and AI-based energy management systems.

Every solution we deliver adheres to UL, IEEE, and NFPA standards, ensuring maximum safety and reliability.
Enhance solar and wind projects with flexible, high-capacity storage.
Support grid stability, demand response, and energy balancing.
Manage peak loads, improve power quality, and ensure energy backup.
Maintain continuous operations with smart, automated backup systems.