FORMATION INTEGRATED MACHINE FOR PRISMATIC CELL/CYLINDRICAL CELL

Using hot water as the energy source, high-precision single cell temperature control is applied to the formation equipment, achieving the design without high-temperature rooms in formation process, and successfully integrating traditional cell cabinet and power cabinet.

Equipment Advantages

Space-saving

20% reduction in equipment footprin

Low energy consumption

Energy consumption of equipment saved by 30%, for a 280Ah production line with 5GWh annual capacity, annual electricity cost savings up to 1.49 million Yuan (compared with parallel split cabinets)

High installation efficiency

Avoiding on-site wiring works

Personnel-friendly

Internal environment temperature control to avoid personnel working in high-temperature environment.

Key Features

Proportional-valve stepless vacuum regulation formation technology

Highly integrated design for double enhancement of equipment systemefficiency and commissioning efficiency

High-precision in temperature collection

Automatic on-line calibration

Anomaly detection (polarity / probe contact resistance / loop contact resistance / ambient temperature / channel temperature / smoke detection / power shut-off protection)

Standard configuration

Energy feedback power module

Proportional-valve vacuum formation

High-precision and adjustable smoke sensor

Low impedance, heat-resistant and high-current resistant knurling probe Triple security protection

Modular level, process level and system level

Benefits of the Product

DSP digital power

PCS high voltage DC

Gas & water integrated ﬁre suppression

Capacity temperature compensation

Water-heating type / Self-insulating type

Full-automatic wireless power module calibration tooling /Plugging suction nozzle Tooling / Probe board back-side pull maintenance / Motor compatibility of automatic changeover / Cable & wires sequence detection tooling / Vacuum plugging tooling / Vacuum ﬂow tooling / Positioning tooling

Technical Parameters

Item

Parameter

Chamber Temperature Uniformity

±3℃

Charging Efficiency

≥89%

Discharging Efficiency

≥85%

Onsite Commissioning

Improved by 30%