Companies are under increasing pressure to reconcile sustainability requirements with practical operational needs. On one hand, customers, regulators and project owners are demanding measurable reductions in emissions and fuel consumption. On the other hand, commercial realities dictate that equipment must be easy to deploy, simple to operate, reliable in harsh conditions and profitable across every rental cycle.
Enter the new QHS Integrated Hybrid Generators from Atlas Copco — designed to enable rental fleets to deliver reliable, lower-emission power without adding operational complexity. Combining diesel engine and battery technology into a single, all-in-one canopy unit, QHS integrated hybrid generators reduce fuel consumption and CO2 emissions while supporting fast installation, autonomous operation and high use.
"Attitudes to energy consumption are changing rapidly, but customers still need solutions that work in the real world," said Sergio Salvador, vice president of marketing, portable power. "We are focused on developing solutions that offer customers the best practical low-carbon option. Our new QHS integrated hybrid generators are designed to help fleets deliver lower emissions and lower fuel consumption without sacrificing uptime, simplicity or transport efficiency."
Integrated hybrid generators respond to common operational challenges experienced across construction sites, events, utilities and industrial rental applications. Their ability to automatically manage energy from different sources minimizes unnecessary engine runtime and fuel consumption at low and variable loads.
Compared with conventional diesel-only operation, integrated hybrid generators can deliver up to 80 percent fuel savings, reduce CO2 emissions by up to 80 percent and cut engine runtime by more than 95 percent, lowering operating costs while supporting customer sustainability goals, according to Atlas Copco.
Designed specifically for industrial rental fleets, the integrated hybrid generators simplify hybrid power by integrating key components — the diesel engine, battery technology, power electronics and intelligent energy management — into one compact unit. This all-in-one canopy design reduces transport requirements, speeds up installation and supports high use throughout the rental cycle, according to Atlas Copco.
Rental-ready features include multiple socket options, a terminal board, external fuel connections and FleetLink telemetry for remote monitoring, diagnostics and proactive fleet management. Operators can deploy the unit quickly, monitor performance remotely and maximise uptime while reducing the operational workload for field teams.
Less Maintenance, Better TCO
QHS integrated hybrid generators are engineered to deliver measurable cost reductions for businesses. By dramatically reducing fuel consumption and cutting generator runtime, these units lower operating expenses and help extend the working life of key components. Reduced runtime also means fewer service interventions, less wear and tear and longer service intervals, supporting lower maintenance costs and stronger long-term fleet economics, according to Atlas Copco.
"By integrating battery technology and diesel engines into one compact unit with simple, intuitive controls, we're making hybrid power easier to deploy, easier to operate and easier to rent," said Tony Calippe, marketing manager, power and light. "Our new QHS generators offer rental companies a practical way to support customer sustainability goals, cut operating costs, improve fleet efficiency and reduce total cost of ownership."
Hassle Free Operation for End Users
QHS integrated hybrid generators are designed with the end user in mind. Ease of operation are at the heart of these machines. With engine and battery power available at the press of a button, operating the integrated hybrid generators is straightforward and intuitive, according to Atlas Copco.
A one-click start/stop interface and fully autonomous operating mode allow QHS generators to adapt to changing load profiles without user intervention, minimizing training requirements and operational errors. Fewer maintenance intervals allow for faster project completion, and issues caused by wet stacking and low loads become a thing of the past, according to Atlas Copco.
The Atlas Copco ECOController, specifically designed for hybrid power systems, serves as the heart of the system, providing access to smart energy management at users' fingertips. Easily switching between engine and battery power, the interface ensures optimized performance across all applications, according to Atlas Copco.
The controller automatically selects the most efficient power source and delivers power to the load accordingly. Whenever the generator is running, the energy management software prioritizes supplying power to the load and then uses any surplus energy to charge the battery, ensuring efficient operations at all times.
For more information, visit atlascopco.com.
