Hyto Energy invests heavily in metal hydride R&D to advance storage performance, focusing on new alloys, cycle life improvement, and cost reduction. Current research explores magnesium-based alloys (abundant, low-cost) to enhance storage capacity, while titanium-zirconium composites are engineered for faster hydrogen absorption/desorption rates. Hyto’s R&D team optimizes thermal management—critical for efficient hydrogen release—to reduce energy input during discharge. Collaborations with academic institutions focus on nanoscale engineering to improve alloy stability over thousands of cycles. The goal is to develop metal hydrides that store more hydrogen, operate at lower temperatures, and use cheaper materials, expanding their use in industrial, automotive, and residential applications. Hyto’s R&D ensures its metal hydride solutions remain at the forefront of hydrogen storage innovation.