TWS-manualer og brugervejledninger

TWS (TWS Group) is a specialized manufacturer of lithium-ion energy solutions, focusing on the development of reliable Energilagringssystemer (ESS) and battery modules. The company provides industrial-grade power solutions, including the M-Pro og PowerCore liquid-cooling cabinets, designed for high safety and efficiency in renewable integration and backup power.

In addition to large-scale storage, TWS produces the FlexiBlock series of LiFePO4 batteries, featuring intelligent Battery Management Systems (BMS) and IP67-rated durability for various motive and stationary applications. Note: Users looking for manuals for generic "True Wireless Stereo" earbuds may also find products listed here due to the common acronym, though the brand profile specifically represents the energy technology manufacturer.

• How do I connect TWS FlexiBlock batteries in series or parallel?

  TWS FlexiBlock batteries can be connected in series (up to 3 units) or parallel (up to 8 units). Always ensure all batteries are fully charged to 100% SOC before connection. Install the CAN impedance matching resistor on the communication terminals and refer to the user manual for the specific wiring diagrams for your voltage krav.

• What does the TWS Battery Management System (BMS) protect against?

  The intelligent BMS in TWS batteries provides over 20 protections, including safeguards against over-discharge, over-charge, overheating, over-current, and short circuits. It also balances individual cells to ensure optimal performance and longevity.

• Does the TWS M-Pro Energy Storage Cabinet require an external PCS?

  Yes, the TWS M-Pro Liquid-cooling Energy Storage Cabinet typically does not integrate a Power Conversion System (PCS) inside the cabinet. It requires an external PCS connection to function within a grid system.

• How does the self-heating function work on TWS Pro batteries?

  The self-heating function automatically activates when the battery temperature drops below roughly -7°C (19.4°F) and shuts off when it reaches 5°C (41°F), allowing the battery to charge and discharge effectively in cold environments. It requires a stable charge current greater than 3A to operate.