IGNACORE successfully installed and commissioned a 10kW/20kWh Battery Energy Storage System (BESS) for a leading Garment Exporter Company in Chandpur, Bangladesh. The project was designed to provide reliable backup power support for the company’s single-phase industrial equipment, ensuring uninterrupted operation during power interruptions and voltage fluctuations.
The advanced ESS solution enables the garment manufacturing facility to maintain operational continuity, improve energy reliability, and reduce dependency on traditional backup sources. The installed system integrates intelligent battery management technology, high-efficiency power conversion, and smart energy control to deliver stable and sustainable power support.
Project Details
Project Type: Industrial Energy Storage Solution
Industry: Garment Exporter / Textile Manufacturing
Location: Chandpur, Bangladesh
System Capacity: 10kW / 20kWh BESS
Application: Backup Power for Single-Phase Industrial Equipment
Solution Provider: IGNACORE
The installed 10kW/20kWh ESS provides backup power support for essential single-phase equipment used in the garment export industry. The system ensures:
Continuous operation during grid outages
Stable power supply for critical equipment
Protection against voltage fluctuations
Improved energy efficiency
Reduced operational downtime
Project Benefits
Reliable Industrial Backup Power: Ensures uninterrupted production activities during electricity disruptions.
Smart Energy Management: Optimizes battery usage and improves overall energy performance.
Cost-Effective Solution: Reduces reliance on conventional backup systems and operational losses.
Sustainable Energy Solution: Supports cleaner and more efficient industrial operations.
IGNACORE's Commitment
Through this successful installation, IGNACORE continues to support Bangladesh’s industrial sector with advanced Battery Energy Storage System (BESS) solutions. From garment factories to commercial and industrial facilities, IGNACORE delivers customized energy storage solutions that enhance reliability, efficiency, and energy independence.
