Smarter HVAC for Smarter Buildings
We design and manufacture affordable, ultra-efficient dual-input heat pumps that transform everyday HVAC loads into flexible, grid-responsive virtual power plants, empowering our sustainability-driven partners to deliver accessible climate solutions for a smarter, cleaner future.
INNOVATIVE SOLUTIONS
Revolutionizing Comfort with Advanced Technologies
NANO DC HVAC delivers a revolutionary plug-and-play Nanogrid solution that seamlessly integrates dual-input (AC/DC) ultra-efficient heat pumps with solar and battery systems, enabling ultra-efficient, zero-peak operation while supporting grid decarbonization. With OpenADR-ready technology and effortless solar readiness, NANO DC transforms flexible residential HVAC loads into intelligent virtual power plants for clean, connected, and future-ready living.
JOINT RESEARCH PROJECTS
Driving Innovation Through NANO and NASA Collaboration
The NANO team and NASA are actively collaborating on research projects, with NANO DC HVAC technologies being studied, validated, and prepared for publication. This partnership also creates invaluable internship opportunities, fostering the next generation of talent through direct involvement in real-world research.
Unlocking Energy Independence and Sustainability
Achieving efficient electrification with renewable energy sources, independent of the traditional power grid, remains a significant challenge. Even buildings equipped with rooftop solar typically feed energy into the grid rather than directly powering the building, perpetuating grid dependency and inherent inefficiencies in the solar energy model. A key barrier to widespread electrification is the affordable deployment of these technologies, particularly in underserved communities. As demand for sustainable energy solutions continues to rise, especially for large common loads like HVAC, the urgency for efficient, self-sustaining systems capable of operating independently from centralized power networks becomes ever more pressing.
Decentralized, efficient electrification is critical as grid infrastructure strains under rising demand and climate pressures. Studies by NREL and IEA show that direct use of onsite solar improves energy efficiency by reducing transmission losses and peak grid loads (NREL, 2021; IEA, 2023). Additionally, equitable access to resilient, self-powered HVAC systems can reduce energy poverty and improve public health outcomes, especially in heat- and income-vulnerable communities (ACEEE, 2022). By minimizing reliance on centralized infrastructure, such solutions support both energy justice and climate resilience.
MAXIMIZING SAVINGS AND SUSTAINABILITY
Empowering Homeowners
NANO DC HVAC maximizes solar savings and cuts grid reliance by directly linking solar, heat pumps, and batteries, eliminating conversion losses and enabling up to 100% off-grid use. Our heat pump is more efficient than conventional systems, delivering significant savings even on grid power. With NEM 3.0 reducing export value, NANO’s onsite energy use keeps more solar energy at home, delivering award-winning, future-proof performance.
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Direct DC integration eliminating AC conversion losses
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Up to 100% off-grid capability for true energy independence
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Heat pump efficiency up to 50% higher than conventional HVAC, enabling significant savings on grid power
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Maximized solar value retention amid NEM 3.0 export reductions
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Automated demand response, peak shaving, and load shifting with OpenADR
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Award-winning, industry-leading efficiency and performance
System Features and Benefits
Smart AI-Driven Energy Management
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Advanced AI control optimizes HVAC and energy use in real time
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OpenADR-ready for automated demand response (ADR), peak shaving, and load shifting
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Maximizes solar consumption and grid cost savings
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Adaptive load control responds to utility
Sustainability & Resilience
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Microgrid architecture supports grid stabilization and decarbonization
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Plug-and-play design for easy installation and solar readiness
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Designed for equitable access with scalable deployment across diverse communities
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Optimized for new builds and retrofits
Fully DC-Native Microgrid Architecture
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True DC-native system with no inverter losses
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Seamless integration of DC solar panels and battery storage
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Class 4 safety certification for ultimate reliability
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Enables up to 100% off-grid, self-sustaining operation
Ultra-Efficient Heat Pump Performance
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Heat pump operates up to 50% more efficiently than conventional HVAC
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Eliminates costly conversion losses for maximum energy savings
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Award-winning design delivering industry-leading efficiency and durability
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Quiet, high-performance operation with precise comfort control in all seasons
EFFORTLESS COMFORT, EVERY BREATH
Perfect Indoor Air Quality
OPTIMAL CLIMATE BALANCE
