Automotive

Integration of Cooperlom Energy into Automotive Applications with its innovative energy solutions.

Video Block
Double-click here to add a video by URL or embed code. Learn more

Powering Smarter, Cleaner, and More Efficient Vehicles

As the automotive sector rapidly evolves toward electrification, automation, and enhanced energy efficiency, Cooperlom Industries Inc. proudly provides a next-generation energy solution that effectively addresses multiple persistent industry pain points. By harnessing the natural temperature gradients and optimizing waste heat, our cutting-edge thermoelectric technology reliably delivers continuous and sustainable power for both modern and future mobility systems, ensuring a cleaner and more efficient transportation landscape.

Powering Electric Vehicles (EVs)

Enhanced Battery Performance.

Electric vehicles are truly transforming the landscape of modern mobility, yet they encounter significant challenges related to range limitations, the availability and accessibility of charging infrastructure, and the overall efficiency of their battery systems. Cooperlom’s cutting-edge thermoelectric system plays a pivotal role in supporting the performance of EV batteries by effectively converting naturally occurring heat differentials within the vehicle into additional usable power, thereby significantly enhancing overall performance and substantially extending driving range. This innovative technology not only boosts efficiency but also addresses the critical concerns of EV drivers seeking to maximize their journey experiences.

Key Benefits:

✅Extends driving range by offloading auxiliary energy needs

✅Reduces charging frequency and time by improving energy efficiency

✅Minimizes strain on the battery system, enhancing lifespan and reliability

✅Improves EV performance in extreme temperature environments, where traditional batteries struggle

Our solution enhances EV sustainability, reduces energy waste, and aligns with the push for zero-emission transportation systems.

Hybrid Vehicles

Supplementary Energy Source

Hybrid vehicles ingeniously combine traditional combustion engines with advanced electric propulsion systems, yet they still continue to rely on fossil fuels and are often subject to various energy inefficiencies that hinder their overall performance. At Cooperlom, our innovative technology introduces an additional, clean auxiliary energy layer that seamlessly works alongside both propulsion systems, enhancing their efficiency and effectiveness while reducing environmental impact.

Key Benefits:

  • Captures waste heat from the combustion engine and repurposes it

  • Supplements electric systems during low-battery conditions

  • Enhances fuel economy and reduces overall emissions

  • Smooths energy transitions between fuel and electric power modes

This supplementary system helps make hybrids a more efficient bridge to fully electric mobility — with lower emissions and greater energy optimization.

Onboard Energy Management

Energy Harvesting Systems

Modern vehicles are equipped with dozens of electronic subsystems — from infotainment to lighting to GPS. These draw continuous power and can drain batteries quickly, especially in electric and hybrid models.

Cooperlom’s thermoelectric integration enables:

  • Harvesting waste heat from engine blocks, exhaust systems, and ambient temperature differences

  • Intelligent energy storage and redistribution to power non-propulsion systems

  • Reduced dependence on the primary battery, which increases system reliability and vehicle uptime

By harvesting and reallocating energy efficiently, our solution optimizes vehicle-wide energy flow and reduces the vehicle’s total power consumption.

Climate Control

Efficient Heating and Cooling

Vehicle heating and air conditioning systems are among the largest energy consumers, particularly in EVs where climate control directly affects range.

Our solution provides:

  • A thermally efficient source of cabin heating and cooling using passive temperature gradients

  • Enhanced passenger comfort with minimal battery impact

  • Reduced strain on EV HVAC systems, which preserves energy for propulsion

By reducing climate-related energy draw, Cooperlom improves vehicle performance, especially in cold or hot climates where conventional EVs see up to 30% range reduction.

Autonomous and Connected Vehicles

Supporting Advanced Systems

Autonomous and connected vehicles rely on a constant stream of data, powered by complex electronic systems including:

  • Cameras, LiDAR, radar, and sensor arrays

  • Vehicle-to-everything (V2X) communication

  • High-performance AI processors and onboard computers

Why Cooperlom Matters:

  • Provides a steady, redundant energy layer for mission-critical electronics

  • Ensures operational integrity even during power surges or failures

  • Enhances system uptime for fleets where downtime equals revenue loss

Our continuous power supply is essential to the future of safe, reliable, and intelligent mobility.

Fleet Management

Energy Solutions for Commercial Fleets

Fleet operators face pressure to reduce fuel costs, meet emissions targets, and maximize vehicle uptime. Cooperlom offers a modular, scalable solution for:

  • Electrified and hybrid public transportation, last-mile delivery, and logistics fleets

  • Energy independence for fleets operating in remote or underdeveloped regions

  • Improved vehicle telemetry and diagnostics by keeping systems powered without extra battery drain

By supporting auxiliary systems and reducing energy waste, our technology enables:

Continuous and Reliable Energy

Unlike traditional systems, Cooperlom’s solution offers uninterrupted power generation from the vehicle’s natural temperature activity — ensuring consistent performance in any environment.

Environmental Sustainability

By reducing dependency on fossil fuels and maximizing energy reuse, our technology supports cleaner transportation, fewer emissions, and broader climate objectives.

Cost Efficiency

Reduces fuel and energy costs, minimizes battery wear, and lowers vehicle maintenance through smarter energy utilization.

Scalability and Integration

Highly adaptable to a wide range of platforms:

  • Personal EVs and hybrids

  • Autonomous passenger cars

  • Commercial and public transport fleets

  • Off-road, mining, or utility vehicles

Innovation for the Future of Mobility

As automotive trends shift toward full electrification, autonomy, and sustainable mobility ecosystems, Cooperlom’s thermoelectric systems are positioned to become foundational infrastructure for the vehicles of tomorrow.

Ready to Power the Future of Transportation?

Cooperlom Industries offers OEMs, Tier 1 suppliers, and fleet operators a cutting-edge energy platform with unmatched reliability and integration potential.

[Contact Us for Partnerships]