Capacity: 260Ah
Warranty: 120 Months (60+60)




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| S.No. | Parameters | EM260SB |
|---|---|---|
| 1 | Capacity | 260 Ah |
| 2 | Warranty | 60+60 Months |
| 3 | Gross Weight (in KG) | 80.6 |
| 4 | Battery Dimension (in mm) | 560*228*431 |




A solar battery stores excess energy from solar panels for later use, typically during periods of low sunlight or at night.
Yes, solar batteries are safe when installed and used properly, with built-in safety features to prevent overcharging, overheating, and short circuits.
Solar batteries can be damaged by overcharging, deep discharges, extreme temperatures, physical damage, and improper maintenance or installation.
Solar batteries may generate some heat during charging and discharging processes, but proper ventilation and cooling systems are usually in place to prevent overheating.
Solar batteries can lose their charge over time if not properly maintained or used, but they can be recharged using solar panels or other charging sources.
Depending on the capacity & efficiency of the battery system and your power consumption, some solar batteries can provide enough stored energy to last through the night, especially when combined with energy-efficient appliances and systems.
Yes, solar batteries can freeze in extremely cold temperatures, potentially causing damage to the battery cells and reducing performance. Proper insulation and temperature control mechanisms can mitigate this risk.
Yes, proper ventilation is essential for solar batteries to dissipate heat generated during charging and discharging processes, ensuring optimal performance and longevity.
Factors such as overcharging, deep discharges, high temperatures, poor ventilation, and lack of maintenance can reduce the lifespan of solar batteries.
Yes, solar batteries can still function in winter, although their backup may be reduced due to fewer daylight hours and lower temperatures. Proper insulation and system design can help mitigate these effects.
Solar batteries are designed specifically for use with solar energy systems, featuring deep cycle capabilities and optimized for charging and discharging cycles compared to regular batteries.
C10 is better and is setting the standard for superior performance!
Maintain your solar battery by ensuring regular inspections, keeping it clean, avoiding overcharging and deep discharges, monitoring DoD levels, maintaining proper ventilation, and following manufacturer guidelines for maintenance and storage.
Yes, Eastman Solar Batteries are BIS (Bureau of Indian Standards) certified, ensuring compliance with safety and quality standards for solar energy storage solutions.
The warranty period for Eastman Solar Batteries typically ranges from 72 months to 120 months, depending on the specific model and terms provided by the manufacturer. Please refer to the warranty documentation for specific details.
Absolutely, Eastman Solar Batteries are C10 rated
The best features of Eastman Solar batteries include low cost of ownership, minimal water loss, easy recovery after idle periods, lower electricity consumption during recharging, and reduced fumes generation. Additionally, they offer an impressive 5% extra capacity and backup compared to their rated capacity, ensuring reliable and efficient power storage for solar applications.
The highest warranty for Eastman Solar batteries is 120 months.
Solar energy is no longer just an alternative—it's becoming the backbone of the global clean energy revolution. In 2025, we at Eastman Auto & Power Limited (EAPL) are witnessing transformative advancements in photovoltaic technology, energy storage solutions, and smart systems. These innovations are making solar power more efficient, accessible, and essential to achieving global sustainability goals. As nations and industries unite to combat climate change, we believe solar energy is paving the way for a greener future.
Solar energy has emerged as a centrepiece of sustainability. But many wonder about its efficacy under the veil of clouds. This blog explores the resilience of solar panels in the case of overcast skies. While sunlight is their lifeblood, modern panels are adept at harnessing even the diffused light on cloudy days. This ensures a steady energy flow.
We will explore the factors that impact their efficiency. We will also check out practical strategies to get better performance regardless of the weather’s whims.
Lately, the cost of power has gone up a lot all around the country. In a place like India, which is still developing, it is truly vital to have power functions well all the time. This helps people and businesses in the growing and developing economy.
Indeed, food, clothing and shelter are the basic necessities. Electricity has become one, too. Although having access to electricity is a boon, it can be a costly affair. Hence, more and more people are now leaning towards solar power systems. They offer a renewable and environmentally friendly solution to our electricity demands. You can simply harness the power of sunlight through solar panels to generate abundant energy. That, too, without depleting the natural resources or emitting greenhouse gases.
A solar power system is a big decision to make. This is an equipment that is going to last you for many years. This is why the key is to make a right choice. Recently, a lot of people are choosing solar energy. There are two reasons for this- to decrease the carbon footprint and to save money on bills.
When you partner with a reputable seller, they can be your guide. But doing a little homework can’t hurt either. It will benefit you to know more about the system. Choosing between an on-grid or off-grid system is quite confusing.
Grid Tie Inverter is the vital link between your solar panels and the electrical grid.Its primary role is to transform your solar panels' direct current (DC) into alternating current (AC), making it companionable with the grid. This transformative procedure lets you power your home with solar energy and subsidize any excess energy back into the grid.
Why are Grid Tie Inverters so crucial in the grand scheme of solar energy? Picture this: you've invested in a solar power system, and your panels are soaking up the sun's rays, converting them into DC electricity.
A power conditioning unit is a device used to improve and maintain the quality of power delivered to any device or electrical load equipment. It protects devices and sensitive loads by smoothing out potential voltage fluctuations, electrical noise, and spikes while simultaneously providing them with power. It protects devices from power surges and helps correct voltage, smoothing out electrical noise and distortion in the waveform.