36kw/72kWH industrial solar battery for Logistics Facilityin Philippine

Looking for a reliable industrial solar battery solution for logistics centers? This case study shows how Tanfon installed a 36kW hybrid solar system with 72kWh battery storage for a logistics sorting center in the Philippines, helping reduce electricity costs while ensuring stable power for automated sorting equipment.

① Location

In the Philippines

② Customer Type

For a logistics sorting center

③ Problem

As the logistics industry continues to expand, the customer's sorting center experienced high daytime electricity consumption due to the continuous operation of automated equipment.

The facility's major electrical loads included:

• Automated conveyor belt systems
• Automatic parcel sorting equipment
• Warehouse lighting
• Office facilities

Because most operations run during the daytime, monthly electricity bills kept increasing, significantly affecting operating costs. The customer wanted a reliable industrial solar battery solution that could reduce electricity expenses without interrupting daily logistics operations.

④ Solution

Tanfon designed and installed a 36kW hybrid industrial solar battery system with 72kWh LiFePO₄ battery storage for the logistics center.

The rooftop of the sorting center provided sufficient installation space for the solar panels, allowing the business to maximize solar energy generation during peak sunshine hours.

The hybrid system intelligently combines:

• Solar power generation
• Industrial solar battery storage
• Utility grid backup

During the daytime, solar energy directly powers the sorting equipment while simultaneously charging the battery system. When solar production decreases or electricity demand increases, the battery automatically supplies power, reducing dependence on expensive grid electricity.

This solution helps the customer lower electricity costs while maintaining stable operation of critical logistics equipment.

⑤ Technical Specifications

Installed a 36kW industrial solar battery system with 72kWh lithium battery storage.

System Configuration

• 36kW hybrid solar system
• 72kWh industrial solar battery
• 60 × 600W high-efficiency solar panels
• Hybrid inverter system
• Intelligent Energy Management System (EMS)
• Rooftop solar installation
• Hybrid operation (Solar + Battery + Grid)

The system is optimized for commercial daytime loads with intelligent energy scheduling to maximize self-consumption and improve overall energy efficiency.

⑥ Results

After installation, the logistics center achieved significant improvements in energy management and operating efficiency.

Project Benefits

• Reduced daytime electricity costs
• Increased utilization of renewable solar energy
• Stable power supply for automated sorting equipment
• Improved energy efficiency of logistics operations
• Lower dependence on utility electricity during peak hours
• Long-term reduction in operating expenses
• Enhanced sustainability with clean energy

The project demonstrates how an industrial solar battery solution can help logistics facilities improve energy efficiency while lowering operational costs through intelligent solar power management.

FAQ: Industrial Solar Battery

❓1. What is an industrial solar battery?

An industrial solar battery stores electricity generated by solar panels and supplies power when solar production is insufficient or electricity demand increases. It helps commercial and industrial facilities reduce electricity costs and improve energy reliability.

❓2. Why do logistics centers need industrial solar battery systems?

Logistics facilities operate automated equipment with high daytime electricity demand. An industrial solar battery reduces peak electricity consumption, lowers operating costs, and ensures stable equipment operation.

❓3. Can an industrial solar battery power automated sorting equipment?

Yes. Hybrid solar battery systems are commonly designed to support conveyor belts, sorting machines, warehouse lighting, office equipment, and other commercial electrical loads.

❓4. What are the advantages of a hybrid industrial solar battery system?

• Lower electricity bills
• Improved energy independence
• Backup power during grid interruptions
• Higher solar self-consumption
• Reduced carbon emissions

❓5. How long does an industrial solar battery last?

High-quality LiFePO₄ batteries typically provide 6,000+ charge cycles and can operate for 10–15 years under normal commercial usage.

❓6. Is rooftop installation suitable for logistics facilities?

Yes. Warehouses and logistics centers usually have large rooftop areas, making them ideal for installing commercial solar systems and maximizing solar energy generation.

❓7. What is the ROI of an industrial solar battery project?

The return on investment depends on local electricity prices and energy consumption. Many commercial solar projects achieve payback within 2–4 years through electricity cost savings.

❓8. Why choose Tanfon for industrial solar battery projects?

Tanfon combines nearly 20 years of C&I solar project experience with complete turnkey engineering services and 8 demonstration projects available for viewing anytime, providing customers with reliable, proven commercial solar solutions.

Looking for a reliable industrial solar battery solution for your factory, warehouse, or logistics center?

We provide customized 50kW–1MW+ commercial and industrial solar battery systems for businesses worldwide.