| Thermal Battery Systems | Thermal Battery Ice-Enhanced Air Cooled Chiller Plant | Thermal Battery Storage-Source Heat Pump System |
|---|---|---|
| Function | Provides cooling only. | Provides both heating and cooling. |
| How it Works | Makes ice at night when electricity is less expensive; uses stored ice for cooling during peak hours, lowering energy costs. | Collects and stores extra heat from building and outdoor air. Uses heat pumps and thermal storage tanks to provide heating and cooling efficiently year-round. |
| Benefits | Saves on energy bills, reliable performance, helps manage peak energy demand. | Provides reliable heating in cold climates, helps save costs, and provides efficient heating and cooling. |
| Main Components | Air-cooled chillers, thermal energy storage tanks, controls. | Air-to-water/water-to-water heat pumps, thermal energy storage tanks, controls, hydronic branch conductor. |
| Climate Applicability | Suitable for hot, mixed, and cold climates. | Especially effective in cold climates where heating is critical. |
Store today and save for tomorrow.
Trane thermal battery systems are a sustainable option for HVAC plants, supporting our changing grid. With thermal battery storage, buildings can enhance HVAC plant operations for carbon reduction and utility savings.
Facilitiesnet Vision Awards: Innovative Technology
-
Lower Utility Bills
Thermal battery storage systems can help reduce peak electricity demand costs and shift energy use to less expensive and more efficient off-peak periods.
-
Improved Sustainability
Innovative thermal battery storage system design supports electrified heating and captures renewable energy when it’s plentiful and dispatches it during low intensity periods when cooling is needed.
-
Flexible Operation
Trane thermal battery energy storage systems offer operational flexibility for grid-interactive buildings, supporting resiliency and protection during power outages.
System Applications
Thermal Battery Ice-Enhanced Air-Cooled Chiller Plant
Ice-enhanced air-cooled chiller plants simplify design and installation of thermal energy storage systems, helping to reduce energy costs and deliver flexible, sustainable cooling.
Thermal Battery Storage-Source Heat Pump System
Trane® Thermal Battery™ Storage-Source Heat Pump Systems reclaim and store excess building heat and capture outdoor air heat for immediate use or future storage.
System Information
How can you achieve sustainable energy?
Frequently Asked Questions
Your Thermal Battery Energy Storage System questions, answered.
A thermal battery stores energy in the form of water or ice for later use.
Thermal energy storage systems can store heat in a very wide range of temperatures for later use. Depending on the temperature, the energy during discharge can be in the form of electricity, cooling or heat.
Thermal battery storage systems, a type of thermal energy storage, use modular, compact devices to manage thermal energy for cooling or heating more effectively. For heating, thermal battery storage reclaims and stores excess heat from a building’s HVAC system, and depending on the season, reuse the heat in the winter to heat the building or reject the heat during the summer during off-peak hours to reduce energy costs.
A thermal battery plant is a chiller plant or hydronic heat pump chiller plant enhanced with thermal energy storage.
Resources & Insights
Expert insights from Trane.
-
-
-
-
Zero Net Energy and LEED Gold: California State Lottery Headquarters’ Innovative Energy Solutions
The California State Lottery Headquarters partnered with Trane to create a sustainable and energy-efficient facility, including a Zero Net Energy pavilion, using solar panels and ice-based energy storage, while achieving LEED Gold certification and reducing cooling costs during peak hours by 21 percent.
Connect with an expert.
Still not sure which solution is right for you? Connect with a Trane expert.
Prefer to chat with someone at your local Trane office?