Transportation costs account for more than 50% of the total logistics costs. Rising oil prices have become a persistent pain point for the logistics industry. As logistics management grows increasingly sophisticated, reducing transportation costs and maximizing operational efficiency have become pressing priorities for logistics companies.

Below, we will share several approaches to reducing logistics and transportation costs for your reference.

The core cost structure of a logistics fleet is encapsulated in the “33211” formula: 30% for fuel, 30% for tolls and road fees, 20% for driver-related expenses, 10% for vehicle acquisition, and another 10% for miscellaneous costs such as repairs, maintenance, and insurance claims. From a full‑life‑cycle perspective, fuel consumption accounts for roughly one-third of total fleet operating costs, making it an essential priority for logistics companies.

I. Causes of High Fuel Consumption in Vehicles:

Aging vehicle equipment results in high fuel consumption.

Drivers operate vehicles improperly, and logistics route planning is suboptimal.

Internal and external oil theft incidents.

Currently, logistics companies and fleet operators still rely on traditional, inefficient management practices. Factors such as limited geographic data, inadequate remote monitoring, and manual fuel‑logging systems drive up fuel costs as a significant share of overall operating expenses, while also making driver‑team management challenging. So what’s the solution?

方案1：车辆油耗监测方案

An ultrasonic fuel-level sensor is installed at the bottom of each logistics vehicle’s fuel tank. The sensor continuously measures the fuel level in real time and transmits the data via a Beidou‑enabled onboard unit to a fuel‑monitoring platform, generating detailed fuel‑consumption reports. At the same time, the platform automatically triggers alerts in cases of fuel leakage or theft, enabling intelligent management of fuel consumption for logistics vehicles.

Scheme Framework:

Features and Benefits of the Solution:

■ Fuel Consumption Monitoring: The platform provides real-time monitoring of vehicle fuel consumption data and tracks refueling activities.

■ Theft Prevention: Any data anomalies immediately trigger platform alerts, effectively deterring theft, reducing unnecessary expenses, and optimizing operational costs.

■ Efficient Decision-Making Management: Vehicle trajectory playback, analysis of fuel consumption data during driving, optimization of driver behavior and work routes, and enhanced corporate decision-making capabilities.

The logistics vehicle uses an ultrasonic fuel‑level sensor to measure the liquid level in fuel tanks, tank bodies, and containers in real time. It is primarily deployed in the connected‑vehicle sector to monitor changes in fuel levels within tanks on an ongoing basis.

The system provides real-time remote monitoring of logistics vehicles:

1. Remotely monitor the real-time status of multiple logistics vehicles.

2. Trace the operational routes of logistics vehicles, optimize cargo transportation routes, and thereby improve operational efficiency while reducing fuel consumption.

3. Trip records of logistics vehicles during monitoring activities

4. Monthly Overview of Fuel Consumption During Logistics Vehicle Operations

5. Remote monitoring of logistics vehicles’ oil‑addition and oil‑leakage status

Option 2: Reduce Costs Through Operations—Standardized Management + Fuel-Saving Tips

As a fleet manager or dispatcher, here are some approaches and key considerations for reducing fuel costs:

1. Fuel-Efficient Driving Training:

Conduct regular fuel-efficient driving training for drivers to enhance their skills and reduce unnecessary fuel consumption.

2. Vehicle Maintenance:

Regularly maintain and repair vehicles to ensure they operate in optimal condition, thereby reducing fuel consumption and emissions.

3. Intelligent Scheduling:

The TMS vehicle dispatching function can automatically generate the optimal vehicle routing plan based on real-time traffic conditions and transportation demands, thereby reducing total travel distance and transit time and lowering fuel costs.

In addition, to ensure the fleet’s efficient operation, companies can evaluate fleet managers’ KPIs across four key dimensions: safety, cost, efficiency, and service. For example, in terms of safety, metrics might include the monthly number of accidents and the frequency or total hours of driver training; for cost, measures could encompass vehicle maintenance expenses per 100 kilometers, servicing costs, and fuel‑consumption compliance rates; for efficiency, indicators might include the average daily mileage per vehicle, vehicle availability, empty‑haul rate, and utilization rate; and for service, factors such as cargo delivery quality, on-time performance, and customer complaint rates would be assessed.

In day-to-day operations, fleet managers and dispatchers should also seek ways to reduce fuel consumption, thereby controlling fuel‑related costs. Below are some practical fuel‑saving tips:

1. Maintain a steady speed and avoid sudden acceleration or deceleration.

Requiring drivers to adopt proper driving habits can help reduce abrupt acceleration, frequent braking, and unnecessary lane changes. After all, each lane change increases the distance traveled, which in turn leads to higher fuel consumption.

2. Standardize vehicle usage to avoid overloading.

Fuel consumption is closely linked to vehicle selection and weight; during transportation, avoid overloading to keep the vehicle light, which will naturally reduce fuel consumption.

3. Use air conditioning and windows wisely

Don’t roll down the windows at high speeds—both the noise and fuel consumption will be excessive. Master the balance between internal and external air circulation in your air conditioning for both comfort and fuel efficiency. Fleet managers can remind drivers to warm up their vehicles appropriately: in summer, let the engine idle for about half a minute before shifting into gear and driving; in winter, allow it to idle for around two minutes before setting off.

4. Handy Tips for Adjusting Tire Pressure

The fleet manager conducts regular vehicle maintenance and inspections, replaces consumables on a scheduled basis, and appropriately increases tire pressure to reduce rolling resistance and improve fuel efficiency.

5. Optimize driving routes for better fuel efficiency

Plan your route carefully and avoid heavily congested areas whenever possible. In the long run, it’ll save you both fuel and peace of mind!

Reducing logistics and transportation costs can be achieved through multiple optimization approaches. Below are some common solutions and measures for cost reduction via transport‑mode optimization:

1. Consolidation or groupage transportation: By combining shipments from multiple shippers, this approach enables resource sharing and joint transport, thereby reducing empty‑haul rates, improving transportation efficiency, and further cutting carbon emissions. Among these methods, the Milk Run is an effective strategy that involves loading multiple consignments at suppliers in a sequence reverse to the delivery order, then transporting them over long distances before making sequential deliveries to customers, thus maximizing the utilization of transport resources.

Cycle‑pickup strategy: When multiple suppliers—such as A, B, and C—need to deliver goods to the same customer, logistics companies recommend adopting a cycle‑pickup approach. Specifically, a single truck is scheduled to visit each supplier in turn to collect the shipments, which are then consolidated and delivered to the customer. This strategy can be categorized into the following three types:

• For long-distance suppliers with large order volumes, goods are delivered directly to the distribution center after cyclical pickup.

• For suppliers located at long distances but serving small volumes, their goods are first transported to a consolidation center after cyclical pickups, where they are aggregated and then delivered to the distribution center via trunk-line transportation.

• As for nearby suppliers, their goods are delivered directly to the OEM after being collected in a cyclical pickup process.

This strategy not only optimizes transportation routes but also reduces the empty‑haul rate, thereby achieving environmentally friendly logistics goals.

2. Cargo Stowage Optimization: By carefully planning cargo stowage and routing, the number of empty‑load vehicles can be reduced, thereby lowering energy consumption and carbon emissions.

3. Two-way route coordination: By establishing coordinated round-trip routes, the empty‑haul rate on return trips is effectively reduced. This makes full use of return‑trip capacity, minimizing empty runs, idle vehicles, and underloaded loads, while lowering logistics costs and improving vehicle utilization efficiency.

Trunk‑line operations should increase effective transport mileage, reduce waiting times and empty‑haul trips, achieve energy savings and cost reductions, and develop both centralized procurement and the aftermarket. Urban delivery should boost daily vehicle turnover, minimize idle time, lower energy consumption, and move toward greater standardization.

4. Adopt the zero‑consolidation method: increase the shipment size per trip and reduce the number of trips. Consolidating less-than-truckload (LTL) shipments into full truckload (FTL) shipments is an effective way to lower transportation costs. The basic approaches include: consolidating LTL shipments into FTL for direct delivery; using relay or transshipment methods to deliver LTL shipments directly or via intermediate stops; and splitting full truckloads into smaller LTL shipments.

5. Suspended Transport: This suspended transport method enables efficient loading and unloading of goods at a single workstation while simultaneously attaching another trailer to continue operation. It significantly enhances the operational efficiency and carrying capacity of transport vehicles, thereby reducing costs.

6. Multimodal Transport: By integrating multiple modes of transportation—such as road, rail, waterway, and air—we can reduce over-reliance on any single mode. This approach not only lowers carbon emissions and energy consumption but also enables the selection of the most cost-effective and environmentally friendly transport routes based on the characteristics of the cargo and the specific itinerary.

It is worth noting that both railway and waterway transport have significantly lower energy intensity and carbon emissions per unit of freight than road transport.

Reduce transportation costs; under Direction 3, promote green logistics by adopting energy-efficient transport vehicles and packaging materials to lower energy consumption and cut expenses.

1. Measures to reduce energy consumption and emissions from transport vehicles:

1) Promotion of low-carbon fuels: By substituting conventional fossil fuels with low-carbon alternatives such as liquefied natural gas (LNG), biofuels, and hydrogen, carbon emissions from the transportation sector can be reduced.

2) Application of New-Energy Vehicles: Gradually replace conventional fuel-powered vehicles by widely adopting new-energy logistics vehicles, such as electric and plug-in hybrid electric delivery trucks, to reduce exhaust emissions and noise pollution. At the same time, promote new‑energy vehicle technologies and accelerate the construction and deployment of electric vehicle charging stations to enhance the convenience of using electric vehicles.

3) Application of New Transportation Technologies: Actively promote the research, development, and deployment of energy-saving technologies such as vehicle lightweighting, drag-reduction, fuel-efficient tires, exhaust-gas turbocharging, and high-pressure common-rail systems, in order to reduce transportation energy consumption.

2. Practical measures for promoting environmentally friendly packaging in transportation:

1) Reducing packaging materials: Choose lightweight, durable packaging to minimize material usage. For example, replace single-use packaging with reusable alternatives to cut down on waste generation.

2) Standardized logistics container circulation: Promote the establishment of a nationwide circular‑transport system for various warehousing and logistics packaging solutions. This not only reduces costs but also ensures seamless integration between standardized packaging and warehouse‑distribution operations, such as the transport of reusable containers.

3) Integrated transport: This refers to the movement of goods from the manufacturer to the end consumer, achieved through the seamless coordination of various modes of transport. By standardizing transport equipment and unifying transport management, it reduces costs and losses associated with handling and transshipment, while significantly shortening transit times. Examples include the implementation of palletized freight transport.

1. Paperless Transportation Operations: By seamlessly integrating online orders, waybills, and billing information, the system supports one-click reconciliation, achieving the convergence of logistics, information, and financial flows. Additionally, leveraging technologies such as QR‑code matching, electronic signatures, SMS authentication, and authorized digital signing, it replaces paper-based delivery receipts with a fully paperless workflow, significantly reducing paper consumption.

2. Smart Dock Management: By implementing a warehouse dock reservation system, companies can book dock spaces and scheduling in advance. This system optimizes the matching of trucks with available docks, reducing the time spent locating and occupying docks. Meanwhile, an intelligent queuing system significantly cuts vehicle waiting times, enhances operational visibility, and streamlines the scheduling and allocation of vehicles, cargo, and docks, thereby boosting overall operational efficiency.

Whether it’s a logistics enterprise or the client, reducing costs and improving efficiency in logistics and transportation requires a multi‑pronged approach. Implementing these measures will help enhance operational efficiency and accuracy, lower logistics expenses, and strengthen the overall competitiveness of the company.