A new class of solar energy system
Created for real world results rather than just ideal lab environment, adaptive to all varying environmental conditions.
A new panel architecture with two operating regimes for engineers to work with
Potential-Balancing
Flow-Dominant
Up to 3.0x more annual energy delivered under real world conditions.
Uneven sunlight. Partial shading. Dynamic environments
For manufacturers, this creates a path to stronger product performance without factory investment
STC Rated Power is not what you actually get in the real world.
Solar panels are designed and optimized for in ideal lab Standard Test Conditions using full uniform full spectrum illumination.
These conditions do not reflect how systems perform in the field.
Mismatch, partial shading, and constant environmental variation affect how current solar panels behave disproportionately.
This gap between rated output and real world performance is where value is lost.
The SolarNexis Architecture
Closes the Gap Between Rated and Delivered Energy
SolarNexis introduces a novel architecture designed to increase usable output under real operating conditions, a new class of solar energy system.
It is built using existing materials and current manufacturing infrastructure.
And does not use nor need panel level electronics and components to mitigate mismatches.
SolarNexis is not focused on peak laboratory performance, but on improving how much energy is actually delivered in the field.
What This Enables:
• Higher usable output under comparable conditions
• Adative, more stable performance across varying environments
• Greater energy yield from the same installed surface
Protected by a growing set of patent pending innovations
TANGIBLE BENEFITS
Less components required at system level, which means:
Reduced maintenance requirements
Faster and
more simple installation
Less failure points, improved system reliability
Better cost per Watt and per real estate
MANUFACTURING COMPATIBILITY
SolarNexis its architecture is compatible with existing and future manufacturing environments, including local manufacturing capabilities.
• No dependency on new materials and supply issues
• No requirement for new manufacturing equipment
• Limited additional investment risk for manufacturers
EARLY VALIDATION
• Real world output improvements observed under comparable conditions
• Physical Proof of concept level validation completed
• Ongoing discussions with industry participants
FOR MANUFACTURING PARTNERS
SolarNexis enables manufacturers to improve real world performance without requiring new production systems
• Increase the value of existing product lines
• Differentiate in a highly competitive market
• Strengthen performance positioning beyond rated specifications
• Explore integration through pilot programs
FOR INVESTORS
SolarNexis targets a known inefficiency in a global market where performance gains are increasingly difficult to achieve
• Addresses the gap between rated and delivered energy
• Built for scalability through existing manufacturing infrastructure
• Supported by a growing intellectual property position