Mobile Energy Solutions for Remote Industrial Sites

Power supply at remote industrial facilities is now not a luxury but a real task which is possible to solve with the help of portable energy systems comprising solar power generation, energy storage, and smart energy management. Moreover, today's mobile energy systems can serve as an effective alternative to diesel-powered generators, saving fuel expenses up to 70%.

Why Remote Industrial Facilities Require Mobile Energy Solutions

Any industrial operation in remote regions, including mining, oil and gas extraction, construction sites, telecommunication services installation, etc., faces the problem of insufficient or absent connection to power grids. Traditionally, diesel generators were a go-to solution in such cases. However, their use entails certain inconveniences, namely:

• Expensive and variable fuel prices
• Complex logistical processes connected to fuel delivery
• Maintenance requirements
• Increased attention to environmental regulations and safety

Here comes the need for mobile systems based on solar energy.

Working Principles of LZY Energy Mobile Solar Containers

In our company, mobile folding solar power stations based on solar panels installed into standard containers are used in industrial facilities requiring uninterrupted power supply.

The working principle behind this solution may be described in the following way:

1. Quick Setup
   The whole system is pre-installed into the container. After arriving at the site, it unfolds automatically or semi-automatically within only several hours instead of days or weeks.
2. Solar Power Production
   Photovoltaic modules collect sunlight and convert it into electrical energy throughout the day.
3. Battery Storage
   The energy produced during daytime hours is stored in the integrated LiFePO4 batteries until needed. The benefits of LiFePO4 batteries compared to other types include:
   Higher longevity (over 6000 cycles)
   Improved safety characteristics
   Increased thermal stability
4. Smart Energy Control
   The integrated energy management system (EMS) manages energy distribution, balancing input from PV panels, LiFePO4 batteries, and optional sources (in case of hybrid power stations).
5. Diesel Generator Integration
   When required, the mobile solar container is able to operate in tandem with diesel generators.

Key Advantages of Mobile Solar Containers

The use of energy solutions that can be mobilized brings the following advantages:

• Decreased costs: reduction in fuel and maintenance expenditures
• Scalability: capability to add capacity as energy needs increase
• Mobility: possibility to move equipment from one job to another
• Sustainability: substantial decrease in carbon footprint
• Reliability: provision of stable energy supply under any circumstances

In my practice of working with various businesses, the primary revolution comes with the realization of their ability to break away from fuel dependency completely.

Industry Usage Areas

Energy mobility is no longer confined to a specific industry and is increasingly popular in:

• Mining facilities: powering drills, lighting, and living quarters
• Oil & gas production: operation of monitoring devices, remote controls
• Construction activities: providing temporary electricity for machinery
• Telecommunications: powering remote base stations

Case Example

For demonstration purposes, consider a simple comparison of energy solution based solely on a diesel generator versus the LZY mobile solar containers:

Note that these numbers may differ depending on the site conditions, however, the overall trends remain consistent across the projects.

A Real-World Use Case

For example, one of our clients based in Southeast Asia ran a remote mining facility that relied exclusively on diesel generators. The fuel had to be delivered over considerable distances, resulting in frequent delays.

After installing the LZY mobile solar container:

• Diesel consumption was reduced by 65%
• Significantly fewer power outages occurred
• Operational expenses were reduced in the first year

Interestingly, the site manager noted that cost savings weren't the only benefit. The real advantage was stability: planning for energy use became more predictable and reliable.

Building on the Concept: Hybrid Microgrids

Mobile solar containers are frequently used as part of a broader push towards hybrid microgrids. This involves combining multiple energy sources:

• Solar PV
• Energy storage through batteries
• Diesel or gas generators
• Sometimes wind turbines

The aim is straightforward: generate as much renewable energy as possible while providing constant electricity. As battery prices keep falling, their importance will continue to grow.

Things to Consider Before Deployment

Prior to deploying any mobile energy solution, it's important to consider several factors:

• Energy load requirements: peak and average values
• Geographic conditions at the location
• Frequency of mobility and relocation
• Necessity for integration with existing generators or the grid

Conclusion

Mobile energy technologies are revolutionizing the way industrial facilities manage their energy generation needs. Technologies like the LZY Energy mobile solar generator allow organizations to shift from costly fuel-based systems to more efficient and flexible solutions.

In most cases, switching isn't always necessary, but starting with a hybrid system can offer immediate advantages while preparing the groundwork for a purely renewable system later on.