| Chapa | RW Energy |
| Namba ya Modeli | 2.4–10.24 KWh Nyumbani Kilichojiweka kwenye Ukuta - Chombo cha Kuhifadhi Nishati |
| kwencha za kusakinisha | 5.12kWh |
| Ubora wa kilema cha umeme | Class A |
| Siri | W48 |
Ukurasa wa upande kwa kuonekana zaidi, familia ya mawasiliano RS485/RS232 na CAN, inayoweza kufanya mawasiliano na kompyuta za juu na inverters, imejengwa na viungo vya series-parallel kwa ufanisi wa kupanga, na switch, inaweza kudhibiti batilinya la lithi, inaonyesha nguvu na DC protection circuit breaker, inaweza kuwekezwa kama mfumo wa 48V na 15 strings au mfumo wa 51.2V na 16 strings, chaguo cha WIFI, 4G na Bluetooth, na skrini ya onyesha, current ya charging bila ya default ni 0.5C na current ya discharging ni 1C (parameta mengine yanahitaji kutengenezwa).
Maamuzi
Umbizo wa nishati kikubwa.
Imejengwa na mfumo wa usimamizi wa batiliani BMS, muda mrefu wa cycle.
Aina nzuri; Upunganisho wa bure, ufanisi wa ukurasa.
Panel inajumuisha aina mbalimbali za viungo, inasaidia protocols nyingi, na HUKUMI kwa photovoltaic inverters na energy storage converters zingine.
Inaweza kutengenezwa kwa ajili ya malengo maalum ya management ya charging na discharging ya batiliani.
Mtaani wa modules, ufanisi wa huduma.
Parameter za teknolojia


Elezo:
Cell A inaweza kukukua na kurudia 6000 mara, na cell B inaweza kukukua na kurudia 3000 mara, na discharge ratio ya default ni 0.5C.
Weka hiari wa cell A 60 miezi, weka hiari wa cell B 30 miezi.
Mazingira ya matumizi
Udhibiti wa nishati kwa photovoltaics ya nyumba
Inatibu tatizo la "nishati imetengenezwa wakati wa siku imeharibika na hakuna nishati wakati wa usiku". Unit moja ya 10.24KWh inaweza kusaidia mahitaji ya nishati ya familia kwa siku 2-3, inaweza kuongezeka kwa parallel hadi 15 units. Batiliani la LiFePO4 ni salama kwa kutengeneza ndani, na strategy ya charging na discharging inaweza kuhifadhi 15%-20% ya bei za nishati.
Nishati ya dharura kwa eneo madogo la biashara
Inasimamia duka la burudani na ofisi madogo, nguvu za 5KW zinaweza kudhibiti fridges na cash register systems. Ina furaha ya cooling ya asili, haihitaji huduma, na haihusisisha nafasi. Kujenga na system ya udhibiti wa nishati inaweza kusaidia kuangalia muda wa backup, kutokutumaini matukio ya kuwa na nishati.
Energy storage:When the power supply is sufficient, the wall-mounted energy storage battery converts alternating current (AC) from the power grid into direct current (DC) through a charger or inverter and stores it in the internal battery.
Batteries usually adopt lithium-ion battery technologies such as lithium iron phosphate (LiFePO4), ternary material (NMC), etc. These batteries have the characteristics of high energy density and long lifespan.
Energy management:The Battery Management System (BMS) monitors the state of the battery, including parameters such as voltage, current, and temperature, and optimizes the battery's charging and discharging process through algorithms to ensure the safe and efficient operation of the battery.
The BMS includes various protection mechanisms such as overcharge/overdischarge protection, over-temperature protection, and short-circuit protection.
Energy conversion:The inverter converts the direct current (DC) stored in the battery into alternating current (AC) for use by household appliances.
The inverter is also responsible for ensuring the quality of the output electrical energy, such as voltage stability and accurate frequency.
Energy release:When power demand increases or supply is insufficient, the wall-mounted energy storage battery converts the stored direct current into alternating current through the inverter and outputs it to terminal devices for use through sockets or other interfaces.
Through intelligent algorithms, the Energy Management System (EMS) can dynamically adjust the charging and discharging strategies according to electricity prices and grid demands to maximize economic benefits.