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◈ INDUSTRIES / ENERGY & CLEANTECH

The grid is
being rewritten.

Storage, generation, transmission, and the software stack on top — patent work for companies building what comes after the carbon economy.

// 01 / IP CHALLENGES IN THIS SECTOR

What we see, day to day.

01 / CHALLENGE
Hardware + software dual coverage
Battery chemistries plus the BMS firmware that runs them; turbines plus the optimization stack. Two filing strategies, one portfolio.
02 / CHALLENGE
DOE / ARPA-E disclosure obligations
Government-funded R&D carries notice and march-in obligations. We track them so commercialization rights don't slip.
03 / CHALLENGE
Fast-moving competitive landscape
Storage, fusion, and grid software all see patent races. Provisional cadence and continuation strategy matter.
04 / CHALLENGE
International filings on tight budgets
Series A/B cleantech needs presence in EU, JP, KR, and increasingly India — without venture-grade legal spend.
// 02 / WHAT WE DO HERE

Services tuned to energy & cleantech.

// 04 / RELATED PRACTICES

Where this work lives.

// FAQ

Frequently asked questions about energy & cleantech IP.

  • What IP issues are unique to energy and cleantech?
    Energy and cleantech IP often spans both hardware and software — storage chemistries paired with grid-edge controls, generation systems paired with optimization software — so coverage strategy needs to extend across both. There are also DOE/ARPA-E compliance considerations for federally-funded innovation, ITC exposure for imported components, and trade-secret programs for materials and process know-how that resist patent disclosure. Lynch LLP coordinates patent, trade-secret, and enforcement workstreams together rather than treating them as separate engagements.
  • How does Lynch LLP approach patent-filing timing in energy and cleantech?
    Cleantech filing strategy is shaped by public-disclosure events, federal-grant narratives, and deployment markets that often differ from the R&D location. Lynch LLP works through those variables with energy and cleantech companies and sequences U.S. and PCT/national-stage filings as one coordinated roadmap.
  • How do we approach freedom-to-operate analysis in energy and cleantech?
    We start with focused searches around your specific implementation rather than the broader industry; FTO is about patents that would actually block your product, not patents that mention your sector. The deliverable for each potentially-blocking patent classifies as clear (no concern), monitor (have a non-infringement or invalidity argument ready), or design-around (engineering changes that preserve the product's value while avoiding the claim). For cleantech specifically, we coordinate U.S. and European searches when EU deployment is on the roadmap, and we're explicit about which markets the FTO covers. We document the analysis with enough rigor to support a willfulness defense if you're ever sued — a weak FTO opinion is worse than no opinion in litigation.
  • How does our experience in energy and cleantech differ from a general-practice firm?
    Three things distinguish our cleantech work. First, our attorneys have mechanical and electrical engineering backgrounds — the right depth for systems-level patents on energy storage, power electronics, and grid hardware. Second, the attorney you meet is the attorney doing the work. Strategic decisions happen with the same lawyer through the matter, not handed off to a rotating cast of staff. Third, we coordinate U.S. and international filings as a single strategy. Cleantech deployment markets — EU, China, Korea, India — vary by technology and partner geography. We approach PCT national-stage decisions as commercial questions rather than default checklists.
◈ ENERGY & CLEANTECH IP

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