Hyliion

Overview

Founded in 2015 and headquartered in Cedar Park, Texas, the company develops electrified powertrain and generator technologies to produce clean and efficient electricity while reducing greenhouse gas emissions. Its initial innovations included hybrid electric drivetrains for Class 8 commercial trucks, enhancing fuel efficiency by capturing and reusing braking energy.

The organization has broadened its product range to include the KARNO generator technology, serving a variety of markets beyond trucking, and has advanced in energy storage through strategic acquisitions. Focusing on helping commercial transportation operators lower fuel costs and emissions, it is committed to innovation and sustainability in energy production and transportation under the leadership of its founder and CEO, Thomas Healy.

Basic Information

Contact Details

• Phone: +1 833-495-4466
• Website: hyliion.com
• LinkedIn: linkedin.com/company/hyliion

Key Focus Areas & Initiatives

• Innovation
• Electric vehicles
• Green transport
• Vehicle electrification
• Technology
• Energy production
• Clean power
• EV charging
• Electricity
• Additive manufacturing
• Clean energy
• Transportation
• Automotive
• Clean technology
• Construction/ag equipment/trucks
• Consumer discretionary
• Electric power generation
• On-site power solutions
• Multi-fuel operation
• Remote power for military
• Load-following capability
• Energy transition
• Hybrid electric drivetrains
• Fuel flexibility
• Energy transition technology
• Green energy technology
• Compact power generation
• Distributed power generation
• KARNO power module
• Modular power solutions
• Power system control
• Robust construction
• Ultra-low emissions generator
• Sustainable mobility
• Transportation equipment manufacturing
• Scalable power architecture
• Electric vehicle charging
• Remote power solutions
• Autonomous power supply
• Power module cloud monitoring
• High efficiency generator
• Multi-fuel compatibility
• Sustainable transportation
• System redundancy
• Landfill gas energy systems
• Waste-to-energy applications
• Load paralleling
• Compact scalable generators
• Energy efficiency
• Fuel cell integration
• Power system monitoring
• Thermodynamic cycle
• Landfill gas energy
• Power system redundancy
• Additive manufacturing in energy
• Compact power modules
• Low maintenance generators
• Low maintenance design
• Fuel-agnostic generator
• Thermal conversion
• Flameless oxidation
• Power module control
• Remote diagnostics
• Remote system monitoring
• Quiet operation
• Distributed energy resources
• Low noise power modules
• Sustainable energy
• Military energy solutions
• Power module integration
• Fuel injection technology
• Class 8 trucks
• Renewable hydrogen power
• Electric power modules
• Advanced thermodynamic cycle
• Thermal cycle
• Aerospace engine technology
• Sustainable power innovation
• Zero emissions technology
• Fuel-agnostic power modules
• On-demand power
• Cloud connectivity
• Low emissions technology
• High reliability power systems
• Zero-carbon fuels
• Energy demand management
• Scalable power modules
• Hybrid power systems
• Automated diagnostics
• Modular design
• System scalability
• Linear generator
• Thermal conversion technology
• Zero-emission power solutions
• Grid-tie inverter
• Low-temperature oxidation
• Advanced control architecture
• High power density modules
• Ultra-low emissions
• Groundbreaking generator design
• Industrial power solutions
• Waste gas energy conversion
• Energy security
• Multi-fuel adaptable power
• Additive manufacturing in power systems
• Advanced thermal management
• Power quality assurance
• Electric powertrain
• Next-generation generators
• Next-gen power modules
• Power system automation
• Innovative power systems
• Multi-fuel generator
• Fuel flexibility in generators
• Reliable power supply
• Renewable fuels
• Distributed energy
• Scalable energy solutions
• On-site power generation
• 3D-printed components
• Real-time diagnostics
• Modular energy systems
• Advanced control systems
• Fuel cell hybridization
• Autonomous vessel power
• Power quality
• Power density
• Power module scalability
• Reliable distributed energy
• Compact footprint
• Flexible fuel operation
• Advanced fuel injection
• Renewable hydrogen
• Energy equipment and solutions
• Load management
• Autonomous operation
• Digital control systems
• Industrial machinery and equipment
• Defense industry
• Power generation solutions
• Thermodynamic cycle innovation
• Multi-fuel adaptable generator
• Remote monitoring
• Zero emissions
• Military power solutions
• Power generation technology
• Clean electricity production
• Power and utilities
• B2B
• Government
• Services
• Engine, turbine, and power transmission equipment manufacturing
• Waste management
• Renewable energy
• Clean energy & technology
• Environmental services
• Renewables & environment
• Transportation/trucking/railroad

Technologies Used

• Atlassian Cloud
• Eloqua
• Google Analytics
• Google Cloud Hosting
• Google Font API
• Google Tag Manager
• Hubspot
• Mimecast
• Mobile Friendly
• Nginx
• Outlook
• Pardot
• React
• Remote
• VueJS
• WP Engine
• WordPress.org
• reCAPTCHA