Sol-Ark shines bright in the solar world! As a veteran-owned innovator, we've been empowering homes and businesses with top-notch, battery-powered solar systems for a decade. Our US-based support is here for you every day, making energy independence reliable and accessible. Choose Sol-Ark, where technology meets sustainability.
Sol-Ark is a global technology leader with over six generations of hybrid inverters. Trusted by the Fortune 500 in telecommunications, retail, big tech, restaurants and the largest space agency in the world, Sol-Ark has been solving complex energy challenges with innovation and technology for over a decade. Powered by a vast ecosystem including thousands of distributors, installers, EPCs, EV charging companies, integrators, and battery manufacturers, Sol-Ark is transforming energy resilience for homes and businesses.
As a Veteran owned Texas based Engineering company, we design and build (Manufacture) the most efficient and affordable hybrid Solar inverter systems. We compare our products to Tesla, Enphase and other battery based hybrid inverters and give you a real choice. You can chose any battery to pair with the Sol-Ark to future proof your system. When a new battery technology comes to market, you can just add it without having to change the Sol-Ark. Need to use Wind or Hydro? We got you covered. If you are looking to live off Grid, but want to have the creature comforts and luxury of your suburban home, you can have that with Sol-Ark. Get a peace of mind with US based engineering support, seven days a week.
In 2008, during the financial crisis, a group of engineers from the same church began discussing a simple question:
What would happen if the grid went down during a major crisis?
They wanted a reliable way to keep their families safe and their homes powered if something unexpected occurred. The team began researching backup power solutions, hoping to find something that was easy to use, affordable, and powered by renewable energy.
What they found instead was disappointing. Existing systems were often expensive, complicated to install, or dependent on fossil fuels.
So the engineers decided to build their own solution.
Drawing on their backgrounds in power electronics and defense technology, they began developing a system that combined solar generation with battery storage in a single, integrated platform. One key feature they incorporated—borrowed from their defense industry experience—was EMP (Electromagnetic Pulse) hardening, designed to help protect the system from solar flares
