The mining industry is facing a number of challenges, including the need to reduce its environmental impact, improve safety, and increase productivity. Electrifying mining operations can not only reduce environmental impacts but also reduce energy costs.
Reduced ventilation costs
One of the main reasons companies are switching to electric mining equipment is the high cost of ventilation in underground mines. Diesel-powered equipment produces emissions that require ventilation to remove, and this can account for up to 25-40% of the total energy costs of an underground mine. In addition to reducing energy costs, electric equipment has lower maintenance costs and a longer lifespan than diesel-powered equipment.
Challenges of combustion engines at high altitudes
Electric mining equipment is a more advantageous choice for mining operations at higher altitudes compared to their combustion-powered counterparts. This is primarily due to the inherent limitations of combustion engines in thin air conditions. Combustion engines rely on a precise air-fuel mixture to operate efficiently. As altitude increases, the air density decreases, leading to a leaner air-fuel mixture.
Electric motors operate independently of air density, ensuring consistent power output and performance regardless of altitude.
Improved health of miners
The shift to electric mining equipment emerges as a strategic response to enhance competitiveness, ensuring the safety of workers in deeper mining environments. Diesel ICEs release exhaust gases and generate considerable heat. These factors elevate the requirement for increased fresh air circulation to maintain a suitable working environment for operators and equipment, significantly impacting costs.
Electric equipment with less noise, vibrations, and zero emissions emerges as an excellent choice for mining operations.
Advantage of compact size of mini skid steer loaders
In the context of mining operations, the compact size of mini skid steer loaders, specifically designed to fit in tight spaces with a width under 34 inches, becomes incredibly advantageous. This makes them highly versatile and suitable for maneuvering through confined areas within a mine.
Additionally, the SKY 1000, being remote-controlled, adds another layer of safety to the equation. Operators can control the machine from a safe distance, eliminating the need to be physically present in the machine during operations. This not only enhances safety by keeping workers away from potential hazards like unstable terrain or debris but also provides an efficient means to navigate through the mining environment without direct exposure to soil and dust.
