Premium Line Flooded

Premium batteries...optimized for Renewable Energy

Renewable energy applications operate under challenging conditions such as fluctuating or extreme temperatures, remote locations and the intermittent nature of solar and wind power generation. Designed with a 10-year battery life, Trojan Battery’s Premium line of flooded deep-cycle batteries is specifically engineered to withstand the rigorous conditions of renewable energy applications. The Premium line incorporates advanced battery features such as Trojan’s DuraGrid™, MaxGuard® XL separator and Alpha Plus® Paste technologies that provide superior performance, rugged durability and exceptionally long life. Our product strategy is focused on one simple objective – manufacture the highest quality battery available in the industry, which is why our Premium line is tested to IEC standards.

Trojan's Premium Line of deep-cycle flooded batteries is specifically engineered to withstand the rigorous conditions of renewable energy applications. Available in 2-volt and 6-volt sizes, the Premium line incorporate advanced features and benefits unmatched in the industry.

Alpha Plus® Paste with T2 Technology™ optimizes porosity development in the active material which enables the active material to be used more effectively resulting in sustained battery performance over a longer period of time.

DuraGridâ„¢ Design provides a thick grid structure that resists corrosion and when combined with the Alpha Plus Paste with T2 technology increases overall battery life.

Maxguard® XL Separator is exclusively available in Trojan’s Premium and Industrial lines. It features a wide-channel design which increases acid flow for optimum battery performance and provides even greater resistance to stratification, a typical mode of failure in batteries used in renewable energy systems.

Polyon™ container is Trojan’s ultra-rugged case design which protects against damage caused by harsh environmental conditions such as moisture and dirt buildup and safeguards against potential acid leaks.