2025

First fully integrated Revoltamp system installed and operational at the founder’s residence.
Collected baseline performance data on charge/discharge efficiency, energy throughput, and initial time-of-use (TOU) savings calculations.
Validated hardware safety, enclosure design, and BMS communication performance under real operating conditions.

Developed comprehensive pitch deck covering problem, residential market analysis, solution architecture, roadmap, and use of funds.
Refined value proposition: ~60% lower installed cost compared to traditional systems and ~60% homeowner bill savings through AI-optimized TOU scheduling.
Strengthened residential focus on blackout-prone, high-tariff U.S. regions (Northeast, California, Texas, Florida).
Conducted early conversations with potential installation and solar integration partners.

Received continued guidance and warm introductions from Ben Franklin Technology Partners.
Met with NextFab Ventures to align on engineering best practices and hard-tech commercialization strategy.
Finalized key supplier partnerships for inverters, BMS, and electrical components to ensure long-term reliability and consistent supply chain performance.
Began identifying and applying for grant and early-stage non-dilutive funding opportunities to support pre-UL pilot systems (non-saleable units for testing and data gathering).

Prepared to attend the Wharton Energy & Climate Conference (November 7) to engage with investors, policymakers, and clean-energy innovators.
Continued progress on MVP build, integrating finalized technical specifications and performance benchmarks.
Initiated internal testing and quality validation plan for MVP assembly.

Finalized SDK/API integration plan for inverter connectivity, enabling app-level communication and TOU/weather-based optimization.
Continued MVP hardware and software development aligned with UL certification standards.
Drafted MVP functional testing plan to evaluate system performance in daily-use conditions prior to pilot deployment.
Designed pilot deployment framework including traceable data metrics (efficiency, uptime, cost savings, degradation rate) to enable continuous product improvement before UL certification.

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