The Importance of Low-Cost Energy Storage for Commercial Buildings

  • Significantly reduce electricity costs for respective sites

  • Produce vast quantities of liquid cryogen/gaseous hydrogen

  • Reduced electricity tariffs via onsite-controllable INTEGRATED DSM

  • Large-scale heating and cooling capability for on-site facilities
  • Allows phase-shift between energy consumption and generation

THE BENEFITS OF HYDROGEN

  • Highest gravimetric energy density among liquid fuels 39 kWh/kg

  • Fast and convenient refueling

  • When operated can regenerate the water consumed for late use.

  • Heat streams from liquefaction provide significant heating and cooling capabilities

  • Pure oxygen stream available

BENEFITS OF A H2 COMMERCIAL FUTURE

  • Zero emissions production of hydrogen on-site

  • Allow for deep capacity storage of Hydrogen for cars and businesses

  • Provide low-cost heating and cooling for commercial facilities reducing electricity costs

  • Provide decentralised locations for B.O.G. management

  • Become part of the INTEGRATED DSM System, facilitating deep capacity storage with domestic units

  • Provide the deepest source of low-cost energy storage for renewably generated electricity

NETAS ALTILIUM hydrogen storage units for commercial buildings

NETAS ALTILIUMTM  HYDROGEN STORAGE UNITS

  • Hydrogen production, liquefaction & storage plant

  • 567kWh of chemical-energy storage (Module)

  • Each unit generates 14.7 kg of hydrogen per week or 60L petrol equivalent (can be scaled-up)

  • Boil-off gas management

  • Vehicle-storage interface

  • High systems efficiency > 90% w/ waste heat utilization

  • Size: 1.8m L x 2m H x 0.6m W (domestic unit)

VEHICLE STORAGE CAPABILITY

  • Vehicles onsite, become secondary storage tanks increasing the energy storage capacity for the commercial facility and NETAS modules’

  • The site allows for the B.O.G. Management for cryogenically stored hydrogen in stationary vehicles