Energy storage system TES

Overview
LIBA's Thermal Energy Storage (TES) system is an engineered solution to optimize energy use in HVAC and district cooling/heating networks. It stores chilled or hot water during off-peak hours and discharges during peak demand to improve system efficiency, lower operating costs and increase resilience.

Key Features & Benefits

• Significant energy savings by shifting production to off-peak hours and reducing electricity costs.
• Peak load reduction to decrease stress on chillers, boilers and other thermal equipment.
• Enhanced system stability during peak demand, maintenance or load fluctuations.
• CAPEX and space optimization through reduced required chiller/boiler capacity.
• Lower overall carbon footprint and improved sustainability performance.

How Our TES System Works

• Thermal energy (chilled or hot water) is stored in a highly insulated tank to minimize losses.
• During off-peak hours the system charges using existing chillers, boilers or alternative heat/cold sources.
• During peak hours the stored energy is discharged to support process or comfort loads.
• Advanced charge/discharge control algorithms manage cycles to maximize efficiency and ensure stable thermal output.

Suitable Applications

• District cooling and heating plants
• Data centers
• Hospitals and healthcare facilities
• Airports and transportation hubs
• Commercial and residential complexes
• Industrial cooling and process applications

Why Choose LIBA TES?

• High-performance insulated tanks for effective thermal retention.
• Advanced control algorithms for optimized charge/discharge cycles.
• Long service life with low maintenance requirements.
• Fully customizable for any capacity and local climate conditions.
• Seamless integration with chillers, boilers, HVAC and district energy networks.
• Engineering support from design to commissioning.

Technical Specifications

• Storage medium: chilled water or hot water (thermal energy storage).
• Storage vessel: highly insulated modular tank to minimize thermal losses.
• Operation: charge during low-demand/off-peak hours; discharge during peak hours to support system load.
• Control: smart charge/discharge management with advanced algorithms and BMS integration.
• Benefits: energy cost reduction, peak shaving, enhanced reliability, CAPEX and space optimization.
• Scalability: modular design customizable to required capacity and site conditions.
• Maintenance: designed for long service life with minimal maintenance.
• Integration: engineered to integrate with chillers, boilers, HVAC and district energy networks.