LFP (Lithium FerroPhosphate)
LFP Batteries are a good replacement to Lead-acid batteries. Because of the nominal 3.2 V output, four cells can be placed in series for a nominal voltage of 12.8 V. This comes close to the nominal voltage of six-cell lead-acid batteries. Along with the good safety characteristics of LFP batteries, this makes LFP a good potential replacement for lead-acid batteries in applications such as automotive and solar applications, LFP batteries for solar applications have a long life typically guaranteed for 5 years. We are using properly balance LFP cells with proper capacity tested before the pack is assembled. We provide a high quality protection system (BMS) to ensure that the cells are neither discharged below the minimum voltage nor charged above the maximum voltage. This protects the battery from any damage or explosion due to overcharging or high temperatures.
NCM (Nickle Manganese Cobalt Oxide)
Li-ion batteries provide lightweight, high energy density power sources for a variety of devices. Lithium-ion cells come in 3 different sizes namely 18650, 26650, and 32650. These are cylindrical cells with varying diameter and a fixed height of 65 mm. The capacity of the cells varies according to the size. The life cycle of the cells also varies according to the size. Lithium-Ion cells have a wide-ranging life cycle starting from 500 cycles going up to 1500 cycles. Lithium-Ion cells have wide applications typically in E-bicycle, E-Tricycle, E-Scooter, E- Wheel Chairs, medical instruments, solar supply systems, electric tools, power tools, LED lighting devices, electronic toys, household appliances, inverters, etc.
LTO (Lithium Titanium Oxide)
LTO is a highly safe rechargeable battery with six outstanding characteristics. LTO cells are having a nominal cell voltage of 2.40V, it releases a high current discharge current that is 10 times the capacity of the other types of lithium batteries.
LTO is designed to prevent thermal runaway resulting from short-circuiting caused by physical stress.
LTO has a long life exceeding 20,000 charges/discharge cycles,
Rapid charging time of 6 minutes,
Input/output current densities comparable with capacitors,
Operation at temperatures as low as -30°C.
LTO has a wide array of applications ranging from electric vehicles to grid energy storage.
Solar Charging Station
Renewable energy-based charging station which can be set up for charging the Lithium batteries. Solar panels are used to charge the batteries using charge controllers.
The solar panel array will feed the battery energy storage system and the entire power needs are drawn from this storage system.
Off-grid electrical car chargers can be placed virtually anywhere, as there’s no need for a connection to the electrical grid.
As an alternative to charging a single battery energy storage, it is possible to charge several batteries simultaneously and swapping these batteries with the discharged batteries. As the solar system can be configured in many different ways, we have worked upon this solution where the component needs are minimum and the charging can be performed more efficiently in the most economical ways.
Lithium Ferrophosphate (LFP) ni moja ya betri bora zaidi kwa ajili ya umeme. Kwa sababu ya pato la kawaida la 3.2V, seli nne zinaweza kuwekwa kwa mfululizo kwa voltage ya kawaida ya 12.8V, ambayo inakaribia voltage ya kawaida ya betri za risasi-asidi za seli sita. Pamoja na sifa nzuri za usalama wa betri za LFP, hii inafanya LFP kuwa mbadala mzuri wa betri za risasi-asidi katika matumizi kama vile magari na matumizi ya jua, betri za LFP kwa matumizi ya jua zina maisha marefu ya kawaida ya miaka 5. Kwa hivyo, kwa sababu ya uwezo wa LFP, ni muhimu kuamua ikiwa ni muhimu au la, kwa sababu ya uwezo wa LFP, ni muhimu kujua ikiwa ni muhimu au la. Sisi kutoa ubora wa juu mfumo wa ulinzi (BMS) kuhakikisha kwamba seli ni wala discharged chini ya voltage chini au kushtakiwa juu ya voltage kiwango cha juu. Hii inalinda betri kutoka uharibifu wowote au mlipuko kutokana na overcharging au joto la juu. Kwa mfano, betri za Li-ion za Nickel Manganese Cobalt Oxide (NMC) hutoa nguvu nyepesi na nguvu nyingi kwa vifaa mbalimbali. Lithium-ion cells ni aina ya pili ya lithium-ion cells na ina ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ukubwa wa ubunifu. Hizi ni silinda za mviringo zenye kipenyo tofauti na urefu wa 65 mm. Uwezo wa chembe hutofautiana kulingana na ukubwa. Mzunguko wa maisha ya chembe hutofautiana pia kulingana na ukubwa wake. Lithium-Ion seli ni moja ya seli za kwanza za maisha ya umeme, na ina mzunguko wa maisha wa karibu miaka 500 hadi miaka 1500. Lithium-Ion seli zina matumizi ya kawaida katika E-baiskeli, E-tricycle, E-scooter, E-wheelchairs, vifaa vya matibabu, mifumo ya nishati ya jua, vifaa vya umeme, vifaa vya umeme, vifaa vya taa za LED, vitu vya kuchezea vya elektroniki, vifaa vya nyumbani, inverters, na mengineyo. Lithium Titanium Oxide (LTO) ni betri ya kuchaji salama sana na ina sifa sita za kipekee. LTO ina voltage ya kawaida ya 2.40V, ambayo inatoa nguvu ya juu ya discharge ambayo ni mara 10 ya uwezo wa aina nyingine za betri za lithiamu. LTO ni iliyoundwa ili kuzuia thermal runaway kutokana na short-circuit husababishwa na mkazo wa kimwili. LTO ina maisha ya muda mrefu zaidi ya mzunguko wa malipo ya 20,000, wakati wa malipo ya haraka ya dakika 6, wiani wa sasa wa pembejeo na pato unaolingana na capacitors, kazi katika joto la chini kama -30 ° C. LTO ina matumizi mbalimbali kuanzia magari ya umeme hadi kuhifadhi nishati ya gridi. Solar Charging Station Kituo cha kuchaji cha nishati mbadala ambacho kinaweza kuanzishwa kwa ajili ya kuchaji betri za Lithium. Paneli za jua hutumiwa kuchaji betri kwa kutumia udhibiti wa malipo. Mfululizo wa paneli za jua utapeleka mfumo wa kuhifadhi nishati ya betri na mahitaji yote ya umeme yanachukuliwa kutoka kwa mfumo huu wa kuhifadhi. Off-grid umeme gari chaja inaweza kuwekwa karibu mahali popote, kama hakuna haja ya uhusiano na mtandao wa umeme. Kama mbadala wa kuchaji betri moja ya kuhifadhi nishati, inawezekana kuchaji betri kadhaa kwa wakati mmoja na kubadilishana betri hizi na betri zilizofutwa. Kwa kuwa mfumo wa jua unaweza kuundwa kwa njia nyingi tofauti, tumefanya kazi juu ya suluhisho hili ambapo mahitaji ya sehemu ni ya chini na malipo yanaweza kufanywa kwa ufanisi zaidi kwa njia za kiuchumi.