344KWh Liquid Cooling ESS Solution (Industrial & Commercial energy storage) 344KWh Liquid Cooling ESS Solution (Industrial & Commercial energy storage) Amsa da ƙarfin ita ce, wannan bayanin yana cikin Ingilishi, kuma babu wani abu a cikinsu na iya kasancewa ha_NG. Saboda haka, bayanin ya zama a gaba da kowane muhimmin bayani.

Tarayya

Kofin liquid cooling battery cabinet yana gina battery modules da take sa 344kWh. Yana iya amfani da 1000V da 1500V DC battery systems, kuma yana iya amfani a wurare da dama kamar generation and transmission grid, distribution grid, new energy plants.

Abubuwa

• Take sa da 8 modules da 344kWh.

• Liquid-cooled battery modular design, yana ba da shawarar system expansion.

• Intelligent monitoring da linkage actions sun taimaka da battery system safety.

• Integrated heating system don thermal safety da inganta performance da reliability.

• Turnkey system yana aiki don inganta efficiency da ci gaba battery life.

• Highly integrated ESS don shawarar transportation da flexible O&M.

• Multiple operation modes yana da su, software yana iya customization da upgrade.

• Cloud-based monitoring da operation platform yana taimaka da visit Mysql database da multiple devices.

Amfani

• Discharge a lokacin da muhimmanci ga abin da ke cikin demand don rage expensive demand charge.

• Daytime load yana inganta PV power, da excess power zai gaishe da ita don amfani a lokaci na rana.

• Yana bincike wuri a lokacin da grid ya juye, ko a wurare da ba da electricity ba.

• Carry out arbitrage ta hanyar peak da valley electricity prices a wurare da lokaci.

• Yana kammala intermittency of renewables ta hanyar storing da dispatching idan an bukata.

• Supply power a wurin da ba da shawara ba don rage investment a construction of the grid.

Battery date

General date

Me liquid-cooled energy storage solutions work?

The core of the liquid-cooled energy storage solution yana cikin thermal management system da yake da shirya. Wannan system yana jirga da mafi heat da aka samu a lokacin da battery ya yi aiki ta hanyar liquid (usually a water-based coolant ko special coolant), don haka battery yana cikin optimal operating temperature range da kuma inganta battery's performance da lifespan. The following is the specific working process:

• Energy storage:Idan power supply yana da shirya, energy storage system yana convert alternating current (AC) zuwa direct current (DC) ta hanyar inverter da kuma store it in the battery module.Battery modules usually adopt lithium-ion battery technologies such as lithium iron phosphate (LiFePO4), ternary material (NMC), lithium cobalt oxide (LCO), etc.

• Temperature monitoring:Battery management system (BMS) yana monitor temperature of each battery cell da kuma detect temperature changes ta hanyar sensors.BMS zai send temperature data zuwa control system don haka cooling system zai fara a wani lokaci.

• Liquid cooling:Cooling system yana pump coolant zuwa cooling plates ko cooling channels around the battery module ta hanyar pipes.Coolant yana contact battery surface ko cooling plate directly da kuma absorb heat generated during the battery's operation.

• Heat transfer:Coolant after absorbing heat yana pump back zuwa cooling device (such as a heat exchanger, radiator, etc.) ta hanyar pipes.In the cooling device, heat yana transfer zuwa external environment. After coolant yana cool again, yana return zuwa battery module to continue circulating.

• Energy release:Idan power demand yana ci gaba ko supply yana da shirya, stored direct current yana convert zuwa alternating current ta hanyar inverter da kuma transmit zuwa power grid ko directly used by users.During this process, liquid cooling system yana continue zuwa monitor da manage battery's temperature don haka battery yana cikin optimal working state.