> PV EFFICIENCY REPORT
Solar Cell Physics & Photovoltaic Semiconductor Engineering
STATUS: VERIFIED TELEMETRY
Tandem silicon-perovskite junctions, maximum power point tracking algorithms, and PV string degradation.
29.4%
Tandem Cell Efficiency
0.35%/yr
Degradation Rate
99.1%
MPPT Inverter Accuracy
[SYS-01] TANDEM JUNCTIONS
9 min read
Bandgap Optimization in Monolithic Perovskite-Silicon Tandem Photovoltaic Cells
Splitting the solar spectrum between high-energy 1.7eV perovskite top cells and 1.1eV silicon bottom absorbers to surpass the Shockley-Queisser limit.
BY: Dr. Jonas Lind
EXECUTE_PROTOCOL >
[SYS-02] INVERTER MPPT
8 min read
Perturb and Observe vs Incremental Conductance: MPPT Algorithms in Partial Shading
Algorithmic sweep methods for identifying global maximum power points across complex multi-peaked P-V curves.
BY: Elena Rostova
EXECUTE_PROTOCOL >
[SYS-03] DEGRADATION SCIENCE
7 min read
Potential-Induced Degradation (PID): Sodium Ion Drift Across Glass-Encapsulant Interfaces
Mitigating leakage currents and anti-reflective coating shunting in 1500V utility-scale solar arrays.
BY: Dr. Jonas Lind
EXECUTE_PROTOCOL >
[SYS-04] PEROVSKITE PHYSICS
8 min read
Bifacial Albedo Modeling: Ground Reflectance Coefficients in Fixed-Tilt Arrays
Measuring ground surface albedo and rear-side irradiance contributions across crushed gravel and white membranes.
BY: Elena Rostova
EXECUTE_PROTOCOL >