IDB Power Solutions Private Limited Krishna Nagar, Delhi

Our Lithium-based battery packs offer a cost effective solution for Solar, Telecom and several other uses given their higher energy densities, longer life and low maintenance costs. Our Lithium-ion battery packs may work for over 5 years from the manufacturing date if it is used properly. These batteries provide more energy in a smaller container, less space, less maintenance, better performance and high reliability. These packs can be provided in any shape and size to meet the application requirement. It is possible to monitor charge/discharge state and these are generally much lighter than other types of rechargeable batteries of the same size. These batteries have no memory effect and discharge capacity does not reduce on each charge/discharge cycleFor Solar applications we provide various battery packs (NMC/Li iron phosphate) of rating 7.4v 4.4Ah, 7.4v 5.2Ah, 11.1V 4.4Ah, 11.1V 10Ah, 11.1V 36Ah and 11.V 5.2Ah.Besides standard packs we provide customised packs also.Lithium Ion Solar Batteries ‘iDB Solar’ are the Ideal Match for Solar Energy Storage Needs. Whether you already have a Solar System or you intend to have one installed iDB Solar can be your answer for Solar Energy. IDB Solar give you the chance to replace your old obsolete battery storage system with the perfect match for Solar, IDB Solar. If you have a Solar Energy System with energy storage you know that you can only use the power generated when the sun is out. You cannot store and use it for other times. Much of your energy savings is not used, it is wasted. You also know your existing energy storage system for your solar system it is inefficient, obsolete and a problem waiting to happen. Typical Lead Acid Batteries used for solar energy storage have many problems including: they are almost never adequate to handle generated energy storage needs, do not efficiently and effectively store generated power, do not last long, are they are very heavy and made of a toxic material. If you are installing a new Solar System iDB Solar give you the chance to do energy storage right from day one. If you want a Solar System that can maximize use of energy from the sun IDB Solar are your answer allowing you to store all of the sun generated energy and use it whenever you want. Features of our Solar / Other Application Battery Packs Li ion Batteries:These batteries have a) high energy density, light weight, high capacity b) capable of 500 cycles, c) no memory effect, d) flat dischsarge rate voltage / stable power output. Li polymer batteries:These batteries have a) high energy density, very safe b) exceptional reliability and cycle life of 500 c) low temperature discharge capability d) large number of form factors possible. Lithium iron phosphate batteries:a) Very safe, no thermal runaway b) high discharge current capability c) better performance than Li-ion at 60 degree temp. d) capability of over 2000 cycles, 3+year shelf life e) enviromental friendly. Customized Smart Battery Packs:SMBus commuincation protocol b) fuel gauge integration c) cell balancing facility d) on board charging e) custom design molded enclosure e) intrinsically safe design.

Lithium -ion battery (LIB) is a type of rechargeable batteryin which lithium ions move from the negative electrode to the positive electrode during discharge and back when charging. Li-ion batteries use an intercalated lithium compound as one electrode material. The electrolyte, which allows for ionic movement, and the two electrodes are the constituent components of a lithium-ion battery cell. Lithium-ion batteries are one of the most popular types of rechargeable batteries for portable electronics, with a high energy density, tiny memory effect and low self-discharge.Chemistry, performance, cost and safety characteristics vary across LIB types.Handheld electronics mostly use LIBs based on lithium cobalt oxide (LiCoO2), which offers high energy density, but presents safety risks, especially when damaged. Lithium iron phosphate(LiFePO4), lithium ion manganese oxide battery (LiMn2O4,Li2MnO3, or LMO) and lithium nickel manganese cobalt oxide (LiNiMnCoO2or NMC) offer lower energy density, but longer lives and inherent safety. Such batteries are widely used for electric tools, medical equipment and other roles.You may contact us for most cost and performance effective and environmentally safe battery solution. Our experts will help you, to select standard or customised solution best fitting your requirements.Our Battery Management System (BMS) is proven one and we believe in giving World Class Pre sale and post sale service.Features of Device Batteries Li ion Batteries. : These batteries have a) high energy density, light weight, high capacity b) capable of 500 cycles, c) no memory effect, d) flat dischsarge rate voltage / stable power output. Li polymer batteries. : These batteries have a) high energy density, very safe b) exceptional reliability and cycle life of 500 c) low temperature discharge capability d) large number of form factors possible. Lithium iron phosphate batteries. : a)Very safe, no thermal runaway b) high discharge current capability c) better performance than Li-ion at 60 degree temp. d) capability of over 2000 cycles, 3+year shelf life e) enviromental friendly. Customized Smart Battery Packs. : a) SMBus commuincation protocol b) fuel gauge integration c) cell balancing facility d) on board charging e) custom design molded enclosure e) intrinsically safe design.

These E-Rickshaws / EVs Lithium (NMC / LFP) Battery Chargers  are latest SMPS technology product. These chargers have three stage charging profile (CC – CV – with Charge Termination Timer and current threshold). These chargers have high power factor (89%) and can provide charging  even at very low input voltage (up to 110 V). 

Country of Origin : India

SMPS Charger for small lead acid batteries. Dual function charger which can charge at 24V and at 12 V with 10 Amp, charges at low voltage also.

These are two models of SMPS Chargers. One for single and other for two lead acid batterries, Charges Fast, Safe and Long Battery life even at low voltage.

Float cum Boost Chargers are being manufactured with configuration covering DC 12V, 24V, 48V, 72V, 96V, 110V, 120V, 180V, 192V and 10A, 20A, 30A, 40A, 50A, 60A, 100A

This 2KW Lithium(LFP/NMC) Charger setteble from 68 to 84volts and 10 to 25Ampare. Has 3 stage charging profile, provosion for communication prtocol,high safety and efficiency.

These Lithium Battery Chargers can be set from 54 to 84Volts and 10 Amp. CC-CV Charging Profile, Safe and Long Battery Life and less power consumption (89% Power Factor)

These Lithium (LFP/NMC) Battery Chargers can be set from 54 to 84Volts and 7/5 Amp. CC-CV Charging Profile, Safe and Long Battery Life and less power consumption.

This 48 volts Smart SMPS charger settable from 20 to 35Amp, has Communication Protocol provision, 3-stage CC-CV charging profile, high efficiency and safety.

Voltage : 48 Volts 35 Amp

These Lithium (LFP/NMC) Battery Pack chargers having 3 stage CC-CV charging profile ensure Safe and Long Battery Life and less power consumption (over 89% Power Factor)

This Thyristor based battery charger, does fast charging and improves gravity even from very low level for Electrical Vehicles Lead Acid batteries

SMPS based Chargers for Lead Acid batteries for Fast, Safe and Long Battery life with low power consumption and charging at low voltage up to 110V.

Weight : 3.5 Kgs Approx

SMPS battery charger for Electrical Vehicles Lead Acid batteries, four stage charging profile (Bulk CC, Absorption CC, Absorption CV and FloatCharge)

E-Riksha provide last mile connectivity in metro cities and are important means of transport in smaller cities and towns.There use has already increased substantially in last few years and is expected to increase further with the improvement in battery technology which results in longer distance coverage in each charge.The Li based batteries which are being considered, weigh one third of the weight of comparable lead-acid batteries.These have deep-cycle resistance which is up to ten times higher than in case of conventional batteries, it is vibration-resistant and can be installed in any position. The lithium based battery maintains its charge up to four times longer. E-Riksha standard Batteries being produced by us are 48 V 60Ah, 80Ah and 100Ah. We also produce customised battery to fit customers EV. Our batteries give higher mileage per charge, less charging time and long life span.These batteries are being made with the proven quality standards. For these Li-ion / Li-ISon phosphate batteries, cell spacing and load balancing are critical, our high caliber technicians and BMS ensure these.Features of our E-Riksha Battery Packs Li ion Batteries:These batteries have a) high energy density, light weight, high capacity b) capable of 500 cycles, c) no memory effect, d) flat dischsarge rate voltage / stable power output. Li polymer batterie:These batteries have a) high energy density, very safe b) exceptional reliability and cycle life of 500 c) low temperature discharge capability d) large number of form factors possible. Lithium iron phosphate batteries:a) Very safe, no thermal runaway b) high discharge current capability c) better performance than Li-ion at 60 degree temp. d) capability of over 2000 cycles, 3+year shelf life e) enviromental friendly. Customized Smart Battery Packs:SMBus commuincation protocol b) fuel gauge integration c) cell balancing facility d) on board charging e) custom design molded enclosure e) intrinsically safe design.

These Lithium Battery Chargers can be set from 66 to 84Volts and 12 Amp. CC-CV Charging Profile, Safe and Long Battery Life and less power consumption (89% Power Factor)

SMPS based Chargers for Lead Acid batteries for Fast, Safe and Long Battery life with low power consumption and charging at low voltage up to 110V.

SMPS battery charger for Electrical Vehicles Lead Acid batteries, four stage charging profile (Bulk CC, Absorption CC, Absorption CV and FloatCharge)

This SMPS charger is for smaller 24 volts (nominal) Lithium Battery Packs. It has CC-CV charging profile and built in safety factors and can work at low input voltage of upto 110v.

This SMPS charger has default setting of 72V 25Amp, can be set for 68 to 84volts and 10 to 25Amp. These chargers have 3 stage charging profile, high efficiency and inbuilt safety.

Our Battery Management System (BMS) ensures strict safe and integrated performance of NMC/LFP battery packs

To contain the growing carbon emissions due to vehicles discharge, use of (EVs) Electric Vehicles (2/3/4 Wheelers) is increasing.The increase would have been rapid but for the cost of the electrical vehicles and issues related to battery re-charging. With the improvement in battery technology ( Li-ion / Li-polymer/li-iron phosphate batteries) this growth is expected to improve and the present high cost of these batteries is also expected to decrease with manufacture of larger volumes.These Li based batteries weigh one third of the weight of comparable lead-acid batteries.These have deep-cycle resistance which is up to ten times higher than in case of conventional batteries, it is vibration-resistant and can be installed in any position. The lithium based battery maintains its charge up to four times longer. The standard battery packs being produced are a)for Two Wheeler Traction Battery [48/ 72V, upto-2.5 kwh], (b) for Three Wheeler Traction Battery [48/ 72V, upto 6 kwh]. In near future we will be producing packs for Four Wheeler Traction Battery [72V, upto-16/24 kwh]. We are prodcuing customised batteries also meeting the specific requirement of various vehicle models. NMC / Li-iron phosphate battery packs being produced by us for electrical vehicles give desired mileage, less charging time and long life span. These batteries are being made with the proven quality standards. For these battery packs the cell spacing and load balancing are critical. Our high caliber technicians and the Battery Management System (BMS) being made by us is making these requirements possible, .Features of our Automotive Batties Li ion Batteries : These batteries have a) high energy density, light weight, high capacity b) capable of 500 cycles, c) no memory effect, d) flat dischsarge rate voltage / stable power output. Li polymer batteries. : These batteries have a) high energy density, very safe b) exceptional reliability and cycle life of 500 c) low temperature discharge capability d) large number of form factors possible. Lithium iron phosphate batteries.: a) Very safe, no thermal runaway b) high discharge current capability c) better performance than Li-ion at 60 degree temp. d) capability of over 2000 cycles, 3+year shelf life e) enviromental friendly. Customized Smart Battery Pack : SMBus commuincation protocol b) fuel gauge integration c) cell balancing facility d) on board charging e) custom design molded enclosure e) intrinsically safe design.

Adds Solar capability to existing UPS, high efficiency PWM charger for solar energy saving to 24V or 36V or 48V battery.

Type : Series Regulator Common Positive

BMS ensures equal chargin of four batteries in string resulting in improved battery performance and its life.