Aug 84 min read

Navigating Energy Efficiency in Logistic Shipment: Ellenex IoT solutions with LoRaWAN technology

The global shipping industry is a significant consumer of oil, using approximately 1,500 million barrels annually. Cargo ships are a critical component of this industry, transporting 95% of the world's goods by volume.

The future of shipping industry has been heavily impacted by the decision on improving energy efficiency, consuming more than 8.7 Exajoules of energy energy just within a year

Overview of Global Shipping Industry

The global shipping industry is a cornerstone of international trade, playing a crucial role in the global economy, facilitating the movement of raw materials, manufactured goods, and food products across the globe. However, the industry faces a significant challenge in energy efficiency. Annually, the shipping sector consumes approximately 8.7 Exajoules of energy, equivalent to more than 1500 million barrels of oil.

Among the transportation channels in shipment, cargo shipment being the most dominant supplier where they are responsible for the transportation of 95% of the world's goods by volume. This high level of energy consumption underscores the need for improved energy efficiency measures to mitigate environmental impacts and operational costs.

The shipping industry, while crucial for global economic activity and job creation, faces mounting challenges related to its significant energy consumption and the subsequent environmental impact. This includes being a major contributor to global CO2 emissions and the release of harmful pollutants like SOx and NOx, which adversely affect air quality and public health.
There is growing international awareness and concern over the environmental consequences of the shipping industry, exemplified by the goal to limit global warming to 1.5 degrees Celsius. This has led to increased regulatory scrutiny, such as the International Maritime Organization's (IMO) 2020 sulfur cap, aiming to curb emissions and promote sustainability within the sector.
Addressing these challenges requires innovative solutions for improving energy efficiency and reducing emissions, not only to mitigate the environmental impact but also to manage rising operational costs associated with fuel and compliance with stricter environmental regulations.

Challenges in Improving Energy Efficiency Across Diverse Fleet Types

The diversity of the cargo ship fleet presents unique challenges in identifying and implementing strategies for energy efficiency improvements. The fleet comprises various types of ships, including:

Ship types	Specialisations across the world
(Oil) Tankers	11,000+ vessels primarily responsible for transporting crude oil, petroleum and other chemical products.
Bulk Carriers	12,000+ ships carrying bulk cargo such as coal, ore, grain, and cement.
General Cargo Ships	20,000+ vessels designed to carry a variety of packaged items, manufactured goods, and miscellaneous cargo.
Container Ships	6000+ vessels for transporting of containerised cargo, benefiting from standardised sizes for efficient loading and unloading.

Inspecting and proactively managing the energy consumption of each type of ship requires tailored approaches, considering the differences in size, design, cargo, and operational profiles. Considering their natures as shipment vessels, each imposes unique challenges to proactively manage and inspect the machinery operations on sea:

There multiple types of Cargo ships such as Oil tankers, Bulk Carriers, General Cargo Ships, Container Ships, but the general demand of reducing energy costs are significant

Oil Tankers: These vessels transport crude oil and petroleum products, posing challenges related to the management of vast quantities of fuel onboard. Ensuring efficient fuel usage and minimising spillage or leakage are critical, alongside the need for specialized equipment for loading and unloading, which can impact energy efficiency.
Bulk Carriers: Carrying unpackaged bulk cargo such as grains, coal, and ore introduces complexities in cargo handling and stowage that can affect the ship's stability and energy efficiency. Optimising load distribution and minimising empty space are essential for reducing fuel consumption and emissions.
General Cargo Ships: These ships transport a variety of goods in different forms, including break bulk and containers, requiring versatile cargo handling capabilities. The diverse nature of the cargo complicates energy management, as different types of goods may have varying storage and transportation requirements, impacting the ship's energy efficiency.
Container Ships: Specialising in carrying standardised shipping containers, these vessels benefit from streamlined loading and unloading processes. However, the challenge lies in maximising container utilisation and optimising routing to reduce unnecessary voyages, which are key to achieving energy efficiency and lowering environmental impact.

Ellenex IoT Solutions for Remote Monitoring and Energy Cost Savings

Ellenex provides a comprehensive array of IoT solutions that are suitable across different types of cargo ships, generalised enough to facilitate any shipment yet pre-configurable to tackle your unique challenges. With our commitment in advancing LPWAN technologies such as the leading network providers - LoRaWAN, we ensure robust, reliable, and efficient data communication.

Ellenex Provides measurements in pressure, level, temperature, flow metering, distance, water quality, moisture, load and strain, specialised to remote monitoring your cargo shipment operations to achieve optimal energy efficiency

This dedication allows us to deliver cutting-edge solutions that meet the specific needs of the maritime industry, ensuring that every vessel operates at peak efficiency, safety, and environmental compliance across the critical aspects of ship operations:

Ballast Tanks

Products: Level Sensor & Pressure Sensor
Functionality: IoT sensors monitor ballast water levels and pressure, ensuring optimal ship stability and safety by adjusting buoyancy according to operational needs.

Fuel Tank

Product: Level Sensor
Functionality: Monitors fuel levels to optimize consumption and prevent overfilling or potential tank leakage that may cause irrecoverable environmental impact, utilizing electromagnetic flowmeters, level transmitters, and pressure transmitters. This is crucial for ships carrying millions of gallons of fuel, where efficient fuel management directly impacts operational costs and environmental footprint.

Engine Rooms

Sensors: level, pressure, temperature, water flow meter, air flow, moisture
Functionality: Provides real-time data on engine room conditions, aiding in predictive maintenance, optimising performance, and ensuring safety. Monitoring parameters such as fuel pressure, diesel engine temperature, HVAC operations, and coolant flow rate are essential for efficient operation.

Cargo

Products: Level Sensor, Temperature Sensors, Moisture & Humidity Sensors

Functionality: Ensures proper loading and unloading, maintains required temperatures for sensitive cargo, and detects moisture levels to prevent damage. Specific sensors cater to different types of cargo, from chemicals and LNG to textiles and pharmaceuticals, ensuring their integrity throughout transit.