When customers ask me about the XC968-EV Pure Electric Wheel Loader, they usually have one of two questions. Some want to reduce fuel and maintenance costs. Others are working in places where diesel exhaust, engine noise, or local environmental requirements are becoming a real concern. In both cases, I think the discussion should start with the actual job, not just the word “electric.”

A Pure Electric Wheel Loader still has to load, lift, travel, reverse, dump and repeat the same work cycle all day. It needs enough loading capacity, useful hydraulic response, stable traction, reliable braking, suitable battery capacity, and a charging plan that fits the working schedule. If those pieces do not match, simply changing from diesel to electricity does not solve the customer's problem.

The XCMG XC968-EV is designed around this idea. XCMG's current official product information lists a rated load of 6,000 kg, rated power of 280 kW, operating weight of 19,100 ± 300 kg, and dumping height of 3,400 mm for the standard pure-electric version. XCMG describes it as a third-generation pure electric wheel loader using a three-motor architecture, with separate electric drive for travel and hydraulics, energy recovery, intelligent thermal management, and multiple levels of fault protection.

From my side at Ganglong Heavy Industry Technology (Hefei) Co., Ltd., I look at the machine from a buyer's point of view. Our group was founded in 2013 and works across equipment R&D, manufacturing, testing, customization, sales and international trade. Together with Hefei Ganglong International Trade Co., Ltd., we serve customers involved in construction machinery, mining machinery, agricultural machinery and related attachments.

We work with equipment brands including XCMG, Hitachi, SANY, Lonking, Hyundai, SHANMON and LOVOL, while also supplying our own HKLOONG machinery. This means that when I discuss an electric wheel loader with a customer, I am not only looking at a catalogue. I am also thinking about the working site, transport route, charging conditions, spare parts and long-term use.

1. What Makes the XC968-EV Different from a Traditional Diesel Loader?

The easiest way for me to explain the XC968-EV is to forget the word “electric” for a moment and look at how the machine moves.

A traditional wheel loader normally uses a diesel engine as its main power source. Engine power is transferred through a transmission and other mechanical components to the drive axle. Hydraulic equipment uses engine power to operate the boom and bucket. Fuel has to be stored, burned and replaced, and the engine and related filters require regular service.

The XC968-EV takes a different route. XCMG states that its travel system and hydraulic system are driven by electric motors. The machine does not use a conventional transmission, while the travel system uses a series dual-motor drive arrangement. The hydraulic system has its own electric motor. This separation allows the machine to control travel and hydraulic work according to the actual operating demand.

For an operator, the difference can be felt during repetitive work. The machine does not need the same traditional gear-changing process as a diesel loader. XCMG also specifies an FNR control function, allowing motor speed to respond to accelerator input and providing continuously variable travel control.

Another useful part of the system is energy recovery. During braking or certain operating conditions, the motor can work in a way that sends electrical energy back toward the battery. It is not magic energy creation, of course. The machine is recovering part of the energy that would otherwise be lost during deceleration. XCMG lists this energy-recovery function as part of the XC968-EV system.

Source: XCMG official XC968-EV product information. Configuration and specifications should be confirmed against the final quotation for the destination market.

For a buyer searching for a 6 ton electric wheel loader, XC968-EV electric loader, or pure electric wheel loader for material handling, these numbers provide a useful starting point. The next question, however, is whether the electric system fits the actual working cycle.

2. How the XC968-EV Electric Power System Works

I often tell customers that the battery is only one part of an electric loader. The real system includes the battery, motors, controllers, charging equipment, cooling system, hydraulic drive and energy management software. All of them have to work together.

The XC968-EV uses XCMG's three-motor technical solution. In simple terms, one part of the system handles travel while another electric motor drives the hydraulic system. This removes the need for a conventional mechanical transmission in the travel power path. XCMG describes this as an industry-first transmission-free solution for this product architecture.

Why does this matter? A transmission contains multiple mechanical components that have to work together under changing loads. Removing that conventional transmission structure can reduce the number of mechanical components involved in the travel system and also removes the need for traditional transmission maintenance.

But I would not tell a customer that fewer mechanical parts means “no maintenance.” That would be misleading. Electric machines still need inspection of motors, controllers, battery systems, cooling equipment, wiring, hydraulic components, tires, brakes, pins, bushings and working equipment.

The difference is that the maintenance focus changes.

Instead of spending time on a diesel engine's fuel system, engine oil, oil filters and exhaust-related components, the service team pays more attention to the electric drive system, battery condition, connectors, thermal management and electronic controls. XCMG specifically notes that the pure electric configuration eliminates maintenance items such as the diesel engine air filter, oil filter and fuel filter.

For customers operating several loaders, this change can also affect workshop planning. The company needs technicians who understand high-voltage electric equipment, not only traditional diesel engines. That is something I always recommend discussing before a fleet changes from fuel equipment to electric equipment.

Battery and Charging

Charging is one of the most important subjects when buying an electric construction wheel loader. A machine can have excellent specifications on paper, but if the site cannot supply enough charging power, the machine may not fit the operation.

XCMG's official XC968-EV page states that the machine supports dual-gun DC fast charging. The charging interfaces are located on the left side of the counterweight, and either one of the two interfaces can also be used for single-gun charging. XCMG recommends a 240 kW to 360 kW charging pile and states that average charging of around one hour can support approximately 6–8 hours of continuous operation depending on configuration and working conditions.

I would treat that 6–8 hour figure as a working reference, not a promise for every site. Heavy digging, high ambient temperature, steep slopes, frequent travel, material density and hydraulic workload can all change actual energy consumption.

This is why we ask customers about their daily working schedule. If the loader works eight hours with natural breaks and has a suitable charging window, the electric configuration can be much easier to manage. If it works continuously in a remote quarry with no reliable high-power electricity, the calculation becomes different.

Charging information source: XCMG official XC968-EV product page. Actual charging time and working duration vary with machine configuration, charger, battery state, working conditions and site environment.

3. Main Features I Look at on the XC968-EV

When I inspect an electric wheel loader, I do not start with the marketing words. I look at the systems that an operator will actually use.

Pure Electric Drive

The XC968-EV uses electric drive for both travel and hydraulic work. XCMG describes the machine as a pure electric, zero-direct-emission loader. That makes it particularly interesting for enclosed or semi-enclosed industrial sites, tunnels and facilities where diesel exhaust can be a concern.

Of course, “zero emissions” here refers to emissions from the machine during operation. Electricity itself still has an upstream environmental impact depending on how it is generated. I prefer to make that distinction clear when discussing electric machinery with overseas customers.

Transmission-Free Travel System

The XC968-EV's series dual-motor travel system removes the conventional transmission. The two travel motors work together through the electric drive architecture. This can provide fast motor response while reducing the number of conventional transmission components.

For repetitive loading, fast response is useful. The operator can move into a material pile, lift the bucket, reverse and approach the truck without waiting for traditional gear changes.

Independent Hydraulic Drive

The hydraulic system has an electric motor dedicated to hydraulic work. This means that travel and working equipment can be controlled more independently than in a traditional engine-driven architecture.

For an operator, that can mean more predictable hydraulic response during loading and lifting. For maintenance teams, it means the hydraulic drive system can be checked as its own part of the electric architecture.

Intelligent Thermal Management

Electric batteries, motors and controllers all generate heat. If heat is not managed correctly, performance and component life can be affected.

XCMG lists an intelligent thermal management system for key components, using electronically controlled fans and related temperature-control functions. The purpose is straightforward: keep important electrical components within a suitable operating range under changing working conditions.

Three-Level Fault Safety Protection

The machine also uses a three-level fault safety protection design. XCMG states that operating information and fault information can be displayed through the screen, and low-battery charging reminders can be configured according to user requirements.

I consider this kind of information display very important for fleet managers. A modern machine should not force the operator to guess why a warning light has appeared. The more useful information the machine can provide, the easier it becomes to respond before a small issue becomes a bigger one.

Operator Comfort

Electric equipment also changes the operator's daily environment. Without a conventional diesel engine running in the same way, noise and vibration characteristics can be different.

XCMG describes the XC968-EV as using a new XC9-series platform with a panoramic cab and an open, operator-focused layout. The machine also uses a large articulation opening and mining-grade frame structure, while the hood is designed for easier maintenance access.

4. Where the XC968-EV Makes Sense

The best application for an electric wheel loader is not simply “any place that wants green equipment.” I look for a combination of high machine utilization, suitable charging infrastructure, repeated loading work and a clear reason to reduce direct emissions or fuel consumption.

Steel Plants

Steel plants often have demanding material-handling tasks and can involve long operating hours. If suitable electrical infrastructure is already available, an electric wheel loader can fit naturally into the site's energy system.

However, heat and material conditions must be discussed carefully. Customers handling hot slag or similar materials should confirm the correct machine configuration and attachment before ordering.

Power Plants

Material yards around power facilities can involve coal, aggregate and other bulk materials. A pure electric loader can be useful where reducing local exhaust emissions and engine noise is part of the site's equipment plan.

Coking Plants and Coal Chemical Facilities

These environments often have demanding dust and material-handling conditions. XCMG specifically lists coking plants, coal chemical facilities and coal yards among the applicable conditions for the XC968-EV.

For such projects, I recommend paying attention to charging layout, dust protection, cleaning procedures and the actual temperature around the machine. Electric equipment still needs proper site management.

Aggregate Yards

Sand, gravel and aggregate handling is one of the most natural wheel-loader applications. The operator repeats the same load-and-dump cycle throughout the day, which gives the electric power system a clear and measurable work pattern.

The bucket is especially important here. A larger bucket is not automatically better. Material density, pile condition, truck height and rated load all need to be considered together.

Tunnel Construction

Tunnel work is another area where direct exhaust emissions can be particularly important. XCMG lists tunnels among the suitable working conditions for the XC968-EV.

For tunnel projects, I would also discuss ventilation, charging location, machine dimensions, turning space and emergency procedures. The electric powertrain does not remove the need for good site planning.

Ports and General Material Handling

XCMG's global product information also presents the XC968-EV for construction sites, mines, ports and roads. The global page lists a 3.5 m³ bucket, 6,000 kg rated load, 2 × 120 kW travel motors and an 80 kW hydraulic motor for the published international configuration.

This is an important reminder for international buyers: specifications can differ between product versions and markets. The global page and Chinese domestic page do not present every parameter in exactly the same way. For that reason, I always use the final market-specific technical sheet when preparing an export quotation.

Sources: XCMG official XC968-EV product information and XCMG Global XC968-EV product information. Application suitability depends on the actual working conditions and selected configuration.

5. Electric XC968-EV vs. Conventional Diesel Wheel Loader

Customers often ask me whether an electric loader is simply a diesel loader with a battery. It is not. The two machines can perform the same basic loading work, but their power systems and operating requirements are different.

Source: Technical architecture and maintenance information based on XCMG's official XC968-EV product description. The table is a general technical comparison rather than a guarantee of operating cost or noise level in every condition.

I would be careful with simple statements such as “electric always costs less.” Electricity prices vary by country and time of day. Charging equipment costs money. Battery condition changes over time. Site power upgrades may be required. On the other hand, diesel prices, engine maintenance, oil, filters and exhaust-related systems also create operating costs.

The correct way to compare is to calculate the customer's actual cost per working hour or per ton of material handled.

For example, I would ask for the machine's daily operating hours, average load, electricity price, diesel price, annual working days, charging infrastructure cost, service intervals and expected machine life. With those numbers, the customer can make a much more meaningful comparison than simply looking at the purchase price.

6. Manufacturing, Inspection and Export of the XC968-EV

Buying an electric wheel loader from China is not only about choosing a model and waiting for a vessel. There are several practical steps between the first inquiry and the machine arriving at the customer's site.

At Ganglong, I normally start by confirming the application and destination. For an XC968-EV Pure Electric Wheel Loader, I also ask about the local electrical system because the charging requirement is part of the machine's working plan.

I want to know the country, port, working site, material, expected daily hours, number of machines, charging arrangement, bucket requirement and any local certification or import requirements. If the customer has drawings or site information, those can also help us understand the project.

After the model and configuration are confirmed, the typical production cycle for our wheel loader orders is around 15–30 days after order confirmation, depending on model, configuration, quantity and production schedule.

Before shipment, we inspect the machine's major systems. For an electric loader, this includes more than the traditional inspection of tires, brakes, hydraulic equipment and working equipment. The electric drive system, battery-related components, controllers, display information, charging function and thermal-management system also need to be considered according to the inspection procedure and final configuration.

We also check the overall operating condition and whether the machine matches the confirmed order. This sounds basic, but it is one of the most important parts of international machinery sales. The machine that arrives at the port should match the machine the customer ordered.

Export Packing and Transportation

Wheel loaders are large machines, so transport planning starts with dimensions and destination. Depending on the machine configuration and destination, we can discuss bulk vessel, Ro-Ro vessel, container or flat-rack transportation.

For an electric wheel loader, I also recommend discussing transport requirements for the battery and electrical system before booking the shipment. The final logistics method should follow the applicable carrier, port and destination requirements.

Before shipment, the machine is cleaned and protected against moisture and rust where necessary. Appropriate sections are covered, and the machine is securely fixed for transportation. Spare parts are normally packed separately in wooden cases or strong export cartons.

Payment and Documents

For international orders, T/T is commonly arranged with a 30% deposit and the balance before shipment. L/C may also be available for qualified international orders, subject to the final commercial agreement.

Depending on the destination, the document package can include operation and maintenance manuals, technical documents, shipping documents and other paperwork required for the transaction. The exact document list should be confirmed before shipment because import requirements are different from one country to another.

7. Why I Work with Customers on the Complete Equipment Solution

One thing I have learned from machinery sales is that customers rarely need just a machine. They need a machine that fits their process.

A quarry customer may care about bucket wear and tire selection. A tunnel contractor may care more about charging, ventilation and machine dimensions. A steel plant may focus on high-temperature material handling. A port operator may care about loading cycles and fleet availability.

That is why our approach at Ganglong is based on the actual application.

Ganglong Heavy Industry Technology was established in 2013 and operates together with Hefei Ganglong International Trade Co., Ltd. as part of a wider construction machinery business. Our product range includes HKLOONG Excavators, loaders, Backhoe loaders and swamp excavators, together with complete machine sales and leasing services covering several domestic and international machinery brands.

For international customers, our trade team has experience serving markets in Asia, Africa, America and other regions. We understand that an overseas machinery purchase involves several departments on the buyer's side: purchasing, engineering, finance, logistics, maintenance and sometimes environmental or safety management.

So when I prepare a quotation, I try to make the important details visible from the beginning.

• Exact machine model and version

• Rated load and main technical specifications

• Bucket capacity and working equipment

• Battery and charging configuration

• Required charging power

• Destination and shipping port

• Production schedule

• Inspection requirements

• Spare parts requirements

• Payment terms

• Transportation method

• Export documentation

This approach is especially useful for electric machinery because the buyer is not only purchasing the loader. The buyer is also planning an energy system around the loader.

For example, if a customer wants five XC968-EV loaders, I would not only quote five machines. I would ask whether the site has enough electrical capacity, where the charging stations will be installed, how many machines will charge at the same time, what the working schedule looks like, and whether spare parts and service equipment should be shipped together.

That kind of planning can prevent a very expensive situation where the machines arrive but the site is not ready to operate them.

8. XC968-EV Pure Electric Wheel Loader FAQ

What is the rated load of the XC968-EV?

The current XCMG official product page lists the standard XC968-EV with a rated load of 6,000 kg, rated power of 280 kW, operating weight of 19,100 ± 300 kg and dumping height of 3,400 mm. Other XC968-EV configurations exist, so the exact technical sheet should be confirmed for the intended market and configuration.

Is the XC968-EV a pure electric wheel loader?

Yes. XCMG describes the XC968-EV as a pure electric wheel loader. The travel system and hydraulic system are driven by electric motors, replacing the conventional diesel power architecture. The machine is designed around a three-motor technical solution.

Does the XC968-EV use a conventional transmission?

The standard XC968-EV uses a transmission-free electric travel architecture. XCMG describes the system as a series dual-motor drive solution and lists the elimination of the conventional transmission as one of its main design features.

How long can the XC968-EV work after charging?

XCMG states that, depending on working conditions, an average charging time of around one hour can support approximately 6–8 hours of continuous operation. Actual working duration varies with machine configuration and job conditions, so I recommend using this as a reference rather than a fixed guarantee.

What charger does the XC968-EV need?

XCMG recommends a 240 kW–360 kW charging pile for the standard XC968-EV and supports dual-gun DC fast charging. Either of the two charging interfaces can also be used for single-gun charging. The actual charging installation must follow the equipment requirements and local electrical regulations.

Where can the XC968-EV be used?

XCMG lists steel plants, power plants, coking plants, coal chemical facilities, coal yards, aggregate-material sites and tunnels for the standard XC968-EV. XCMG Global also lists construction sites, mines, ports and roads for its published international XC968-EV configuration.

Is the XC968-EV suitable for mining?

It can be considered for mining and aggregate applications, and XCMG specifically lists mines and aggregate-related working conditions. However, mining conditions vary greatly. Before confirming the machine, I recommend checking rock size, material density, road conditions, daily operating hours, dust, slopes, charging facilities and required bucket configuration.

Does an electric wheel loader need maintenance?

Yes. Electric equipment still needs regular inspection and maintenance. The difference is where the maintenance effort goes. The XC968-EV eliminates conventional diesel engine maintenance items such as engine air, oil and fuel filters, while attention shifts toward the battery system, motors, controllers, thermal management, hydraulic equipment, tires, brakes and working equipment.

Can the XC968-EV be exported overseas?

Yes. XCMG has published international XC968-EV product information and overseas application cases. Our international trade team can coordinate the machine configuration, inspection, documentation, packing and shipping arrangements for overseas customers. The final export configuration and import requirements should be confirmed according to the destination country.

What is the normal production cycle?

For our wheel loader orders, the typical production cycle is around 15–30 days after order confirmation. The actual schedule depends on the machine version, configuration, quantity and production situation at the time of order.

Can you supply spare parts with the machine?

Yes. We can discuss spare parts according to the customer's working environment and maintenance plan. For customers operating in remote mining areas or overseas locations where service support may take longer, I usually recommend preparing commonly required service and wear parts together with the machine.

How should I compare the XC968-EV with a diesel wheel loader?

I recommend comparing the complete operating cost instead of only the purchase price. The calculation should include electricity or diesel cost, working hours, annual operating days, charging infrastructure, maintenance, spare parts, local energy prices, battery considerations and expected machine utilization. This gives a much clearer picture of whether an electric loader fits a specific project.

In my view as an equipment supplier, the most important thing about the XC968-EV is not simply that it uses electricity. The real point is that the whole machine has been redesigned around electric power. XCMG's published configuration combines a 6,000 kg rated load, 280 kW rated power, three-motor architecture, transmission-free travel system, independent hydraulic motor, energy recovery, thermal management and DC fast charging.

For customers searching for an XC968-EV Pure Electric Wheel Loader, pure electric wheel loader for mining, electric wheel loader for aggregate handling, 6 ton electric loader, or battery electric construction wheel loader, I would suggest starting with the job rather than the keyword. Tell us what material you handle, how many hours the loader works, where it operates, what bucket you need and where the machine will be shipped.

From there, we can work backward to the right configuration, charging arrangement, inspection plan and transport method. That is the practical way I approach electric construction machinery at Ganglong: make the machine fit the work, make the quotation clear, and make sure the equipment and logistics plan are understood before the machine leaves China.

For an XC968-EV quotation, please provide your application, destination country, required bucket capacity, quantity, expected working hours and delivery schedule. We can use these details to prepare a practical machine and export solution based on your project.