Focal Interest
Focal Interest

Grid

  1. Chirality affects microcritical, not macrocritical, stability
    Analysis of periodic lattice metamaterials with rigid joints shows chirality affects microscale stability but not macroscale stability, enabling tailored critical mode activation.
  2. Greedy hybrid pathway balances emissions, cost, and reliability
    Explore Taiwan's energy transition pathways using greedy algorithm optimization to balance nuclear power, emissions reduction, costs, and grid stability through 2050.
  3. CAES model supports active power regulation services
    Mathematical modeling and control strategies for compressed air energy storage systems participating in frequency regulation and peak regulation services using dual closed-loop control architecture.
  4. Algorithm generates one-stroke kolams with symmetric gate switching
    Algorithm for autonomous one-stroke kolam generation using iterative gate-switching on symmetrically arranged anchor-dots, addressing digital preservation of Indian floor art heritage.
  5. Predictive price signals may help manage grid bottlenecks
    Explore how predictive price signals can manage grid congestion from distributed energy resources like heat pumps and EV charging, offering scalable alternatives to direct grid control for.
  6. Multimodal communication supported students’ interpretation of notation
    Explore how embodied cognition and multimodal interaction with Grid Algebra software helps students understand mathematical notation through gesture, movement, and symbolic representation.
  7. Kilometre-scale simulations improved extreme rainfall forecasts in eastern Qinghai
    Kilometre-scale convection-permitting simulations significantly improve extreme precipitation forecasting accuracy in Qinghai's eastern valleys by better representing valley circulation patterns.
  8. Review compares three smart-grid wind-solar-storage schemes
    Explore optimization schemes for wind-solar-storage integration in smart grids. Learn how multi-energy complementarity, source-grid-load coordination, and multi-grid integration address renewable.
  9. New method estimates wind power penetration limit under voltage stability
    Assessment method for wind power penetration limits considering voltage stability using reduced-order Jacobian analysis and analytical derivation of stability-constrained integration capacity.