Volvo Construction Equipment is starting series production of the electric-powered wheel loader L120H. The Swedish manufacturer is thus continuing its electrification strategy in the mid-power class. The L120H is designed to excel particularly on urban construction sites and in closed halls, where diesel emissions become a problem.
Technical specifications of the L120H Electric
Volvo has so far disclosed only sparse concrete specifications for the L120H Electric. The conventional diesel-powered L120H delivers 195 kW and weighs around 20 tonnes. Bucket capacity is 3.4 cubic meters. For the electric model, Volvo has not yet provided exact values for battery capacity or charging time. However, experience with the smaller electric wheel loaders L25 and L120 shows: battery capacities between 200 and 300 kWh are realistic. This enables operating times of four to six hours, depending on the load profile.
Drive power is likely to be at a similar level as the diesel counterpart. However, electric motors offer the advantage of immediately available torque. This is noticeable when starting with a full bucket and during load changes. Those who frequently maneuver and have short driving distances benefit from the more direct power transmission.
Operating costs: Where electric makes sense
The biggest lever is energy costs. A diesel wheel loader in the 20-tonne class consumes an average of 15 to 20 liters per operating hour. At current diesel prices of around 1.50 euros per liter, fuel costs amount to 22 to 30 euros per hour. Electrically powered machines require approximately 100 to 150 kWh for the same work. At electricity costs of 30 cents per kWh, energy costs are 30 to 45 euros. The operation only becomes clearly economical at cheaper electricity rates or with own photovoltaic systems.
Lower maintenance costs also apply. No oil changes, no diesel particulate filter, no SCR catalysts. Volvo calculates 30 to 40 percent lower maintenance costs over the machine's lifetime. The problem remains the acquisition price. Electric machines currently cost 40 to 50 percent more than comparable diesel models. At normal utilization, amortization takes five to seven years.
Target markets and applications
Volvo targets the L120H Electric primarily at construction sites in city centers, recycling yards, and closed storage halls. Wherever emission regulations are strict or noise is a problem, electric machines play to their strengths. In Scandinavia, strict tenders are already running where only zero-emission machines are permitted. Germany is catching up: since 2024, several major cities have required zero-emission zones for public construction projects.
For bulk material handling in closed halls, the L120H Electric is ideal. No emissions, significantly less noise, and consistent performance even during long idle periods. On large earthmoving sites with long transport distances, diesel remains the more economical solution for now. Here, the infrastructure for fast charging is still lacking and operating times are too short.
Charging infrastructure determines practical suitability
The biggest hurdle for electric wheel loaders remains charging infrastructure. An L120H with 250 kWh battery capacity requires over ten hours to fully charge at a standard wallbox with 22 kW. This works overnight but does not allow for intermediate charging. DC fast chargers with 150 kW reduce charging time to under two hours. However, such systems cost an additional 50,000 to 80,000 euros.
Volvo offers its own charging management for its electric construction equipment. The system coordinates multiple machines on one connection and prevents peak loads. Those charging multiple electric machines simultaneously need a powerful connection. 500 kW is realistic for a mixed fleet. This requires planning and investment.
Industry reaction: Waiting for hard facts
The industry is watching Volvo's electric offensive with interest but also skepticism. Many businesses are waiting for concrete practical reports before investing. The smaller L25 and L120 Electric models are already running at pilot customers. Initial feedback is positive, especially for short operating cycles. It becomes problematic with heavy loads and long operating times. Here it quickly becomes clear whether battery capacity is sufficient.
Larger construction companies are testing electric machines primarily because of tender requirements. Those who do not invest today will lose contracts tomorrow. Smaller businesses remain hesitant. High acquisition costs and unclear residual value development deter them. Leasing models could help here but are still rarely available.
Outlook: Electric will remain a niche
The L120H Electric is an important step for Volvo but remains a niche product. For certain applications, electric drive makes absolute sense. On the classic earthmoving site, diesel will dominate for years to come. Only when battery costs fall, charging times become shorter, and infrastructure is available nationwide will electric become a real alternative.
Volvo is also planning hybrid drives and hydrogen prototypes in parallel. The strategy is clear: develop multiple technologies in parallel and offer the right solution depending on the application. For the buyer, this means: calculate carefully, analyze the usage profile, and then decide. The L120H Electric is an option, not a cure-all.
