While renewable energy is rapidly expanding, many industries and remote operations still depend on diesel generators as their primary power source. However, relying solely on diesel generation is costly, inefficient, and environmentally unsustainable. The smarter alternative is the diesel hybrid storage solution — a next-generation approach that integrates traditional diesel power with hybrid energy storage systems (HESS) to create cleaner, more efficient, and reliable energy networks.
INJET New Energy leads this innovation with advanced diesel hybrid energy storage systems that intelligently balance diesel, solar, and battery power. These solutions significantly reduce fuel consumption, stabilize power output, and ensure continuous electricity for off-grid and remote sites.
A diesel hybrid storage solution combines diesel generators with energy storage systems (batteries and smart controllers) — and often includes renewable energy sources such as solar PV or wind turbines.
Instead of running diesel engines continuously, the system allows generators to operate only when necessary, charging the batteries efficiently and then shutting down to let the storage system power the load. This hybrid operation improves efficiency, reduces emissions, and lowers maintenance costs.
In short, it’s the perfect bridge between traditional power reliability and modern energy sustainability.
Diesel Power Generation: The diesel generator starts when demand is high or solar generation is low.
Energy Storage Integration: Excess power from the generator or renewable sources charges the hybrid battery system.
Smart Control: The Energy Management System (EMS) automatically decides when to use diesel, stored power, or renewable energy — ensuring optimal fuel efficiency.
Load Support: Batteries handle sudden load changes, improving generator performance and power quality.
Significant Fuel Savings
By reducing generator runtime and using stored power during low-demand periods, fuel consumption can drop by up to 50%.
Lower Maintenance Costs
Fewer generator operating hours mean reduced wear and tear, longer service life, and less frequent maintenance.
Stable Power Output
The hybrid system smooths fluctuations and delivers consistent voltage and frequency, even under changing loads.
Renewable Energy Integration
The system can easily integrate solar or wind power, allowing gradual transition to cleaner energy.
Reduced Carbon Emissions
With optimized generator use and renewable input, CO₂ emissions are greatly reduced — supporting corporate sustainability targets.
Silent and Efficient Operation
When operating on battery mode, the system produces minimal noise — ideal for residential or environmentally sensitive areas.
Traditional diesel generators are designed for steady, high-load operation, but many remote sites experience variable demand. Frequent starting, idling, and low-load running drastically decrease efficiency and increase costs.
Hybrid energy storage systems (HESS) solve this problem by acting as an energy buffer — absorbing load fluctuations, supplying instant power, and allowing the generator to run at its most efficient range.
This synergy leads to:
Reduced fuel consumption
Improved power stability
Better environmental performance
INJET New Energy has developed intelligent diesel hybrid systems for a wide range of applications — from industrial microgrids to rural electrification and mining operations.
Key Features:
High-efficiency lithium battery systems (LiFePO₄ and NCM options)
AI-based Energy Management System (EMS) for automatic load balancing
Flexible configurations supporting both on-grid and off-grid modes
Seamless solar-diesel-battery integration
Remote monitoring and fault diagnostics via cloud platform
Compact modular design for easy transport and installation
Mining and Oilfield Operations
Reliable power supply with reduced fuel logistics and operational costs.
Construction Sites and Camps
Portable hybrid systems that provide quiet, efficient energy at temporary locations.
Telecommunication Towers
Stable 24/7 power supply for off-grid or weak-grid base stations.
Remote Villages and Islands
Transition from diesel-only power to hybrid renewable systems for sustainable electrification.
Disaster Relief and Emergency Power
Quick-deploy hybrid units that deliver immediate, reliable power anywhere.
| Feature | Specification |
|---|---|
| Rated Power Range | 50kW – 2MW |
| Battery Type | LiFePO₄ / NCM Hybrid |
| System Efficiency | ≥ 94% |
| Control System | AI-based EMS |
| Renewable Integration | Solar, wind, hydro compatible |
| Fuel Savings | 30–60% |
At a remote mining site in Africa, INJET New Energy deployed a 500kW diesel hybrid system with 600kWh lithium storage and 250kW solar PV. The system reduced diesel consumption by 45%, improved power quality, and minimized downtime during generator transitions.
Over one year of operation, the client reported:
38% drop in fuel transport costs
70% decrease in maintenance intervals
Over 900 tons of CO₂ emissions saved
Over a decade of experience in hybrid and energy storage systems
Proven global deployments in mining, telecom, and rural electrification
Customizable configurations for every energy demand scenario
Reliable after-sales service and cloud-based remote management
Commitment to cleaner, smarter, and more efficient energy systems
Transform your diesel-powered operations into intelligent hybrid energy systems with INJET. Experience cleaner, quieter, and more cost-effective power today.
+86-18980902801
info@injet.com
INJET New Energy – Smarter Power for a Sustainable Future
The diesel hybrid storage solution represents the next step toward energy modernization — combining the dependability of diesel with the intelligence and efficiency of hybrid storage. INJET New Energy’s solutions empower industries and communities to achieve reliable, low-emission, and cost-effective power anywhere in the world.
With innovation at its core, INJET is redefining how hybrid energy systems bridge the gap between traditional and renewable energy — delivering sustainability without compromise.