Battery Products

To implement tests with larger batteries THT have developed the EVx ARC The EVx calorimeter is necessary for larger batteries, modules and small packs, power tools, satellite, military and associated applications. The EVx calorimeter is rugged and is sited in a secure containment vessel. Within the containment vessel the...

Devised by Dow Chemical Company in the 1970's, an explosion at a Dow UK site led to commercialisation of ARC technology. The Chemical Processing Industry has been safer from its first availability in 1980! The ARC has specific features and advantages that make it unique and preferable to all other technologies that were available at...

A large volume calorimeter developed for research studies of larger (EV) cells and modules. The BPC is designed to quantify heat changes during charge and discharge – at conditions that simulate use of the battery. The BPC is not appropriate for stability, safety and abuse studies where battery disintegration is possible. The...

The IBC provides accurate and easy testing of heat output from charging and discharging a single battery. Heat occurring during the charging and discharging of batteries is largely due to their internal impedance. Characterisation of this heat at different operating temperatures is vital for efficient thermal management of cells in...

Measure heat release under isothermal conditions during charge/discharge protocols. Designed for coin cells up to 30mm x 6mm. The µBC provides accurate and easy testing of heat output from charging and discharging a single battery. The instrumnet is provided with an integrated cycler: 10V, 0.1mA-100mA. Heat occurring...

Measure heat release under isothermal conditions during charge/discharge protocols. Designed for small prismatic cells The IBC-PL provides accurate and easy testing of heat output from charging and discharging a single battery. Heat occurring during the charging and discharging of batteries is largely due to their internal...

The IAC is an Isothermal Air Calorimeter for measurement of heat flux from electronic devices, lithium ion cells and modules. It’s large sample chamber measures 450 x 400 x 300mm accommodating a wide variety of sample sizes. Power compensation control allows for accurate measurement of heat flux.