Unsecured PV systems pose potential harm to your business
Solar power is a fast-growing component of the global energy mix. While offering sustainable energy solutions, unsecured PV systems also introduce new avenues for cyber threats.
An unsecured PV system not only threatens business continuity but can also serve as an unwitting gateway for hackers to access energy loads as well as an organization's wider digital platforms, causing further material, financial, and reputational damage.
We are advocating for higher solar cybersecurity standards
As a PV industry leader with a global footprint of millions of IoT devices, SolarEdge clearly recognizes the importance of mitigating potential cybersecurity risks to its customers as well as the possible threats to energy grids.
We see it as our responsibility to advocate for tougher cyber industry standards and are an active participant in various global technical committees.
Helping SolarEdge customers stay protected from ever-evolving cyberthreats is at the heart of our product design.
Our layered approach for protecting the solar energy ecosystem
Partnering with SolarEdge means you get better protection, throughout the entire system lifetime. Our tiered approach to cybersecurity is aimed at protecting data integrity, communications, and business operations from site commissioning through production.
To safeguard system connectivity, functionality, and customer data, SolarEdge follows the Cyber Informed Engineering (CIE) principle, embedding information security mechanisms into its products from the initial design stages. We continuously adapt and enhance our solutions to align with evolving demands and regulatory standards.
Technical Cybersecurity Overview
If you want to learn how we secure our products, this is the perfect read for you. In it, we break down our strategic security approach to bits and bytes, intended primarily for technical audiences. With solar inverters poised to be the backbone of tomorrow's energy grid, fortifying them is not just a priority—it's a necessity. Our white paper aims to guide researchers, regulators, and other manufacturers in building a more secure, resilient grid of the future.