How IP Drives Innovation in Solar and Storage

According to the World Intellectual Property Organization (WIPO) IP refers to legally protected creations of the mind, which can range from technical inventions and brand identities to creative works and confidential business information. IP rights grant creators control over how their ideas are used, shared, and commercialized.

The main types of IP include:

✅ Patents that protect inventions and technical solutions.

✅ Trademarks that safeguard brand identity and recognition.

✅ Copyrights, which apply to creative works like literature, music, and software.

✅ Trade secrets, protecting confidential business information or proprietary processes.

Together, these protections form a legal framework that encourages innovation, rewards original ideas, enables partnerships, and helps prevent unfair imitation.

The role of intellectual property in clean tech

The clean tech industry thrives on innovation. From advanced solar modules to next-gen battery storage systems and smarter EV charging infrastructure, companies across the sector are racing to deliver better, faster, and more sustainable solutions. But in a high-stakes, capital-intensive industry, innovation without protection can be risky. That’s where IP becomes essential.

Accelerating the development and deployment of clean energy technologies requires innovation throughout the entire technology life cycle, from R&D to commercialization. As the International Renewable Energy Agency (IRENA) notes, “Patents play a key role throughout the technology life cycle and act as an engine for technological innovation.” Patents protect new inventions, but also encourage knowledge sharing and collaboration, helping bring emerging technologies to market faster and at scale.

How IP delivers value in clean tech:

✔️ Driving Innovation and Cost Reduction

Developing a new solar electrical balance of systems (EBOS) solution or battery chemistry isn’t cheap or quick. It takes years of engineering, testing, and refinement. Patents give innovators the confidence to invest by offering temporary exclusivity, which helps justify upfront costs. Once protected, these innovations can be licensed and improved upon, accelerating both scale and affordability.

✔️ Creating Competitive Advantage

Patented technologies help manufacturers stand out in crowded markets, protect their work, and support fair pricing. Shoals BLA, for example, is protected by multiple patents that cover its unique design and function, helping reinforce our leadership in EBOS and wiring solutions for solar and battery energy storage (BESS).

✔️ Improving System Safety and Reliability

When a product like BLA is backed by patents, it signals to customers and developers that they are getting more than copper and connectors. They are getting American ingenuity and verified engineering. In industries like solar, where system failures can cost millions, that matters.

✔️ Attracting Investment and Partnerships

Investors and partners see a strong IP portfolio as a sign of maturity and defensibility. Proprietary tech often drives deal value in clean tech M&A, licensing, and joint ventures.

✔️ Supporting Global Growth

Investors and partners see a strong IP portfolio as a sign of maturity and defensibility. Proprietary tech often drives deal value in clean tech M&A, licensing, and joint ventures.

✔️Meeting Electrification Goals Through Innovation

A 2024 Nature study found that mature IP frameworks—paired with political stability—act as catalysts for large-scale low-carbon technology adoption. IP doesn’t slow clean energy growth; it helps accelerate it with confidence and accountability.

✔️ Powering Future Energy Demand

IP-backed clean tech solutions ensure the reliability, scalability, and efficiency needed to power emerging high-demand sectors like AI, data centers, and electrified infrastructure.

Shoals BLA: a case study in IP-backed innovation

At Shoals, BLA represents a patented breakthrough in how solar systems are wired and interconnected. BLA replaces the traditional homerun and combiner box approach with a factory-assembled, plug-and-play aluminum trunk bus that simplifies installation, reduces wiring and on-site labor, and ensures consistent quality.

Part of what drives  BLA’s industry-leading performance is our proprietary overmold/undermold BLA designs, which include under and overmolds that create a hermetic barrier against moisture, corrosion, and mechanical stress. This not only boosts safety and reliability but also extends BLA’s design life to 35+ years, making it ideal for utility-scale solar and BESS projects.

Backed by multiple U.S. patents, BLA is more than a product. It demonstrates how patents protect engineering excellence while enabling scalable, long-term energy solutions.

BLA vs. IPCs: innovation needs protection

The shift from field-fabricated Insulation Piercing Connectors (IPCs) to factory-built solutions like BLA illustrates how IP-backed innovation changes the game. BLA solves the long-standing issues associated with IPCs: inconsistent installation, dependence on skilled labor, environmental vulnerability, and an uncertain lifespan.

The human element in the field is often the greatest variable in project success. A recent Shoals installation time study revealed that BLA is more than 40% faster to install than IPCs. While IPCs require electricians to manually perform complex, repetitive connections for hours on end, BLA uses a plug-and-play design that removes the “black box” of field craftsmanship. The study highlighted a significant risk in the IPC method: as installers fatigue or rush to meet deadlines, the precision of every manual connection fluctuates. This human variability leads to inconsistent alignment and potential safety hazards that are nearly impossible to detect once the connection is closed.

Unlike IPCs, which rely on these manual piercing techniques and are prone to debris contamination in the field, BLA is factory-assembled, pre-tested, and built with Shoals’ patented BLA overmold/undermold design. This creates a hermetic seal that protects against moisture, oxidation, and mechanical wear, regardless of how tired the installation crew is.

Shoals’ testing shows BLA performs 10x better than IPCs in wet hipot testing, significantly lowering the risk of failure in humid or corrosive environments. Fewer connection points mean fewer failure risks, and BLA’s long design life aligns with the asset lifespans of modern solar plants. And because BLA is a patented solution, Shoals can continue to invest in quality and innovation without racing competitors to the bottom on cost alone.

Why protect the BLA?

Protecting innovation is about advancing the entire industry. At Shoals, our patented BLA represents years of engineering, testing, and refinement. Without patent protection, competitors could easily replicate that work, undermining years of investment and innovation and our ability to invest in future technologies, and respond to the evolving demands of the solar and storage sectors.

Intellectual property rights allow us to do more than safeguard what we’ve built, they empower us to lead. With IP protection, we can:

• Invest boldly in next-generation product development
• Defend against unauthorized replication
• Deliver greater value to customers through quality and reliability
• Educate and shape the market without fear of imitation
• Align our solutions with the long-term goals of asset owners and developers

BLA is a prime example of IP-backed progress. It’s engineered for longevity, assembled in controlled environments and rigorously tested to perform under pressure. Our patented BLA design sets a new benchmark for durability and performance in EBOS solutions. By protecting the BLA, we protect not just our innovations, but also the long-term success of our partners and the future of clean energy.

Conclusion

Clean energy is a global imperative. But it’s also a complex, competitive, and rapidly evolving industry. Innovation must be rewarded, not only to defend ideas but to accelerate progress.

Shoals’ patented BLA solution proves that when you protect what you build, you can build something better. Not just faster or cheaper, but smarter, safer, and more resilient. As we look ahead, IP will remain one of the most powerful tools we have to scale energy systems and meet rising global demand.

Download the eBook to use as a guide

Reach out to our team today to learn more about the key differences between Shoals BLA and IPC solutions and how they impact solar project safety, longevity, efficiency, and cost-effectiveness. Definitely read our blog Faster and Safer: Inside Shoals’ BLA vs IPCs Time Study or download our eBook, The Safer Choice: BLA vs. IPCs for Solar. Inside, you’ll find detailed comparisons, insights on extending your project’s lifespan, and real-world performance testing data.