Pulling energy out of thin air

A Highview Power plant is the best option for long-duration energy storage. Our reliable solution uses liquid air energy storage technology and releases zero emissions in the process. Our plants can be situated anywhere, are built using mature components from established suppliers and have a lifespan of 30+ years.

Use cases

Our solution can provide services at all levels of the electricity system: supporting power generation, providing stabilisation services to transmission grids and distribution networks, and acting as a source of backup power to end users.

  • Power generation
    Power generation
    • Managing intermittent renewable generation
    • Energy arbitrage
    • Peak shaving
    • Improved heat rate
    • Waste heat
  • Transmission
    Transmission
    • Ancillary services
    • Transmission constraints
    • Inertia services
    • Responsive flexibility services
    • Voltage support
  • Distribution
    Distribution
    • Reactive power
    • Voltage support
    • Local security
    • Distribution losses
  • End users
    End users
    • Power reliability
    • Energy management
    • Waste heat recovery
    • Waste cold usage

Cost calculator

See what a Highview Power plant could do for your business

What kind of customer are you?
  • Generation
  • Transmission
  • Distribution
  • Heavy industry
  • LNG operators
Generation
What size of plant do you want in MW?
When do you want it delivered?
$/kWh $
This cost estimate is for a turnkey project, which includes costs for major components and EPC costs. This cost estimate is indicative only and is for a LAES system with the following Characteristics:
  • Output Power Rating: 150 MW
  • Duration: hours
  • Energy Capacity: MWh
  • Input power rating: MW
  • Charging time: hours per day
The delivery date is used to assess the impact that learning rates have on the cost of a LAES system.
LAES can exploit synergies with thermal plant by converting waste heat into power. Please contact us if you want to know how LAES can integrate with your thermal plant.
This cost is an estimation. Please request a callback if you would like to find out more about our pricing.
Transmission
What size of plant do you want in MW?
When do you want it delivered?
$/kWh $
This cost estimate is for a turnkey project, which includes costs for major components and EPC costs. This cost estimate is indicative only and is for a LAES system with the following Characteristics:
  • Output Power Rating: 175 MW
  • Duration: hours
  • Energy Capacity: MWh
  • Input power rating: MW
  • Charging time: hours per day
The delivery date is used to assess the impact that learning rates have on the cost of a LAES system.
This cost is an estimation. Please request a callback if you would like to find out more about our pricing.
Distribution
What size of plant do you want in MW?
When do you want it delivered?
$/kWh $
This cost estimate is for a turnkey project, which includes costs for major components and EPC costs. This cost estimate is indicative only and is for a LAES system with the following Characteristics:
  • Output Power Rating: 68 MW
  • Duration: hours
  • Energy Capacity: MWh
  • Input power rating: MW
  • Charging time: hours per day
The delivery date is used to assess the impact that learning rates have on the cost of a LAES system.
This cost is an estimation. Please request a callback if you would like to find out more about our pricing.
Heavy industry
What size of plant do you want in MW?
When do you want it delivered?
$/kWh $
This cost estimate is for a turnkey project, which includes costs for major components and EPC costs. This cost estimate is indicative only and is for a LAES system with the following Characteristics:
  • Output Power Rating: 75 MW
  • Duration: hours
  • Energy Capacity: MWh
  • Input power rating: MW
  • Assumed heat temperature: 350 °C
  • Charging time: hours per day
The delivery date is used to assess the impact that learning rates have on the cost of a LAES system.
LAES can exploit synergies with thermal processes by converting waste heat into power. Please contact us if you want to know how LAES can integrate with your industrial process.
This cost is an estimation. Please request a callback if you would like to find out more about our pricing.
LNG operators
What size of plant do you want in MW?
When do you want it delivered?
$/kWh $
This cost estimate is for a turnkey project, which includes costs for major components and EPC costs. This cost estimate is indicative only and is for a LAES system with the following Characteristics:
  • Output Power Rating: 75 MW
  • Duration: hours
  • Energy Capacity: MWh
  • Input power rating: MW
  • Assumed heat temperature:
  • Charging time: hours per day
The delivery date is used to assess the impact that learning rates have on the cost of a LAES system.
This cost is an estimation. Please request a callback if you would like to find out more about our pricing.
This cost is an estimation. Please request a callback if you would like to find out more about our pricing.

Key benefits

Why liquid air energy storage is integral to balancing the grid.

  • 30+ years lifetime

    with mature components

  • Lowest cost

    locatable technology at utility scale

  • 60% efficiency

    in standalone configuration

  • ~70% efficiency

    by utilising waste heat/cold

  • Zero emissions

    and benign materials

  • Ready to deploy

    with established supply chain

  • Build anywhere

    with no geographical constraints

  • Large-scale

    GW and GWh

Our global value

We are ready to deploy at scale anywhere in the world to help meet demands for a wide range of markets and applications.

  • 60%

    Global energy storage market is forecast to be long-duration, grid connected storage

  • $620–1100bn

    Market size of energy storage by 2040

  • 208GW

    Forecast LAES capacity to 2040 (cumulative)

  • 45%

    Global long-duration storage market that is accessible by LAES

  • $167–297bn

    Global market for LAES technology in terms of vendors revenue by 2040

  • $15bn

    Machines CAPEX per year on average (MAC, RAC and PRUs) and EPCs build CAPEX