Vehicles like E-rickshaw and cars are crucial for our everyday commute. For daily commute needs like office, occasional trips with family, and emergency needs a personal car is very convenient. However, growing traffic in your area, lack of parking spaces and increase in fuel prices and pollution make E-rickshaws an easier and better mode of transport for certain places and certain needs. Both these vehicles are battery dependent. Cars need their battery to start the engine and perform secondary needs like lighting, charging, music system, horn, and opening and closing of windows. On the other hand, batteries work as fuel in E-rickshaws making them an environment friendly option for movement.
Since the invention of energy storage devices, the battery industry has undergone massive innovations and changes. Batteries made our lives easy. Especially they made our movement from place to place easier and faster. In the fast changing world, changes in battery technology are inevitable.
Changes in Automotive Battery Technology
The automotive industry is a huge sector dependent on the use of batteries. Research and development is a key aspect of this industry. With the growing pressure to adopt environmentally friendly measures towards sustainable energy use, the automotive industry is undergoing massive technological changes. There is pressure to reduce the environmental impact of the vehicles. There are various environmental and safety compliances to meet. The battery industry too is not beyond such changes and compliances.
With the changes in technology, electrification procedures, and safety characteristics of the newer vehicle models, there is a need for appropriate battery technologies to support these changes. Tigris, one of the leading Automotive battery manufacturers in Rajasthan is renowned for adopting appropriate technology and research based innovations befitting the newer models of vehicles.
Safety is a priority for Tigris. A collaborative effort of research and engineering wings is integrated to develop a system in batteries that deter unreasonable risks. After detailed analysis, appropriate measures are incorporated in the early development stage to reduce and mitigate risk. You can drive on any road and weather safely with a Tigris automotive battery.
Changes in E-rickshaw Battery Technology
Electric vehicles are a breakthrough technology with much scope for further development in the future. These pollution free, easy to operate vehicles are visible in every corner of countries like India. Lots of people are making profit from E-rickshaw business in the country. In the absence of fuel, batteries are the most important part of an E-rickshaw. And a set of high performing long lasting batteries is the key to profit optimization in the E-rickshaw business.
Charge retention, maintenance, and durability were a few key concerns regarding E-rickshaw batteries. Nowadays, adopting advanced technology and innovative designs, leading E-Rickshaw battery manufacturers in India are able to tackle issues related to these areas. Tigris is one of such leading battery manufacturers that provides trouble free performance and hassle free maintenance of E-rickshaw batteries. There is a reduced frequency of distilled water top up, a faster rate of charge acceptance, and longer duration of charge retention. Longer discharge period of Tigris E-rickshaw batteries coupled with robust design promises a better return on your investment.
The perfectly blended chemical solutions used in Tigris E-rickshaw battery gives high efficiency and trouble free performance throughout its lifetime. The quality of battery chemicals is crucial for performance. It can enhance battery life and reduce safety concerns.
Tigris, one of the best selling Automotive and E-Rickshaw Battery Manufacturers in India, has been designing safety optimized and compact battery systems that are also affordable. The dedicated customer service professionals of Tigris are ready with realistic and appropriate solutions for all your battery related queries before and after purchase.
