Agriculture, Mining, Construction Equipment Electrification

Electrifying agriculture, mining, or construction equipment reduces emissions, cuts fuel costs, and lowers maintenance while enhancing performance with instant torque and quieter operation. As regulations tighten and sustainability becomes a priority, electric machinery helps companies stay compliant, improve efficiency, and reduce environmental impact.

At Brogen, we offer tailored electrification solutions, including electric powertrains, EV batteries, converters, range extenders, and more, suitable for electric, hybrid, or range extended agriculture, mining, construction equipment.

Whatsapp: +8619352173376

Email: contact@brogenevsolution.com

how we work

Our Service Structure

Project Assessment and Requirements Evaluation
After receiving your inquiry, our experts will connect with you to understand your project goals and requirements, conducting an initial evaluation to ensure we're aligned with your needs.
Technical Collaboration
If the project is feasible, our engineering team will collaborate closely with yours, establishing a viable product solution and providing a detailed quote.
Product Matching & Development
For customized or modified systems, we proceed with product development, including both hardware and software adaptions, ensuring that the solution meets your specific operational needs and conditions.
Testing
After development, we rigorously test each system to ensure quality, reliability, and full functionality.
Shipping
We guarantee the safe and timely delivery of products to your specified location, ensuring the smooth operation of your EV project.
Post-Sales Technical Support
We provide remote debugging support for product installation and ongoing technical support for any questions or issues you may have to ensure your satisfaction and continued success.

Why Electrify the Agriculture, Mining, Construction Equipment

Dramatically Reduce Fuel Costs & Emissions
Hybrid systems cut fuel consumption by up to 30%-40%, directly lowering operational expenses. Simultaneously, CO₂ and NOx emissions are slashed, helping companies comply with tightening environmental regulations (e.g., EU Stage V, EPA Tier 4).
Enhanced Operational Efficiency
Electric-drive components deliver instant torque and smoother power transitions, improving equipment responsiveness and productivity in dynamic environments.
Lower Maintenance & Longer Lifespan
Electric motors and batteries require less frequent maintenance than traditional diesel engines, reducing downtime and extending equipment service life.
Noise Reduction for Urban Projects
Electric mode operates significantly quieter, enabling nighttime work and compliance with urban noise regulations.

What we offer

Agriculture, Mining, Construction Equipment Electrification - Key Systems

* Our offerings for agriculture, mining, construction equipment may vary based on the proposed solution and customer-specific requirements. Additional systems are available upon request.

Application Scenarios & Case Studies

Port Equipment Electrification

A steel manufacturing company operates a private port with three berths for 1,000-ton cargo ships, requiring material transport over a 3 km round trip. Previously, diesel dump trucks handled the transport, resulting in high fuel costs and emissions. In 2023, the company introduced electric mining trucks and loaders to transition to greener operations.

Operational Needs: Short-haul transport with frequent turns and reversing; each truck makes 40+ trips per day.
Electric Truck Performance: A dual-motor system (500 kW rated, 800 kW peak) delivers instant high torque, improving maneuverability and efficiency.
Cost Savings: With electricity at 0.8 RMB/kWh and an average energy consumption of 6 kWh/km, transport costs are ~5 RMB/km – 1/3 of diesel trucks.

Mining Equipment Electrification

A granite aggregate company, with an annual mining and stripping capacity of over 6 million cubic meters, introduced 10 battery-electric mining trucks in late 2023 as part of its cost reduction and efficiency enhancement strategy.

Terrain: 4% average slope; trucks climb empty and descend fully loaded (~100+ tons).
Energy Recovery: Over one month, total energy consumption reached 293,765 kWh, with 210,430 kWh recovered through regenerative braking – 2.5x the charging energy.
Efficiency & Cost: Trucks covered 40,714 km, with a net energy consumption of 83,335 kWh, translating to an actual energy consumption of 2.047 kWh/km. The cost per km is ~2 RMB, significantly lower than diesel trucks.

Power Plant Equipment Electrification

A biomass power plant, as a renewable energy producer, actively explores green production methods and continuously upgrades its equipment and processes. Since 2023, the plant has introduced six battery-electric loaders in two phases.

Performance: Operational data recorded by plant personnel indicate that the most-used loader operated 4,169 hours, consuming less than 95,000 kWh in total, with an average energy consumption of approximately 22.04 kWh per hour.
Cost Savings: On-site electricity is nearly cost-free. Monthly savings cover operators’ wages.
Environmental Impact: Noise reduction benefits workers and nearby residents, reducing complaints and improving operational stability. For the client, the environmental benefits gained from using electrified equipment are just as valuable as the financial savings.