Stanford Diesel Generator and Alternator
Stanford diesel generators and their alternators are globally recognized as industry leaders, celebrated for their unmatched durability, sustainability, and powerful performance. Renowned for their cutting-edge design and advanced technology, they offer a wide range of solutions suitable for everything from small businesses to large-scale operations. Explore our selection at Axix Energy Innovation and find the perfect power solution to meet your needs.
Stanford Diesel Generator and Alternator
400 KVA
Our Stanford Diesel Generator and Alternator 400 KVA is designed for small residential areas, small businesses, and telecom towers. Designed for moderate fuel consumption. Ideal size for home areas, works as the best backup alternate when the power outages. For more info download the datasheet for specifications.
Stanford Diesel Generator and Alternator
500 KVA
Our Stanford Diesel Generator and Alternator 500 KVA is designed for small-scale businesses and small-scale construction sites, the fuel consumption is higher than the 50 KVA. but optimized for low energy consumption. Works best for residents who do not like noise pollution, it has reduced low-noise capabilities.
Stanford Diesel Generator and Alternator
600 KVA
Our Stanford Diesel Generator and Alternator 600 KVA is designed for small to mid-sized industries and works best alternate for office buildings and medium-sized events. Has a good capability for fuel consumption demands. Supply non-stop power supply to moderate-size operations.
Stanford Diesel Generator and Alternator
1000 KVA
Our Stanford Diesel Generator and Alternator 1000 KVA is designed for industry sites, hospitals, data centers, and large office complexes, and has reasonable fuel consumption. Provides nonstop power energy, known for its durability and performance.
Stanford Diesel Generator and Alternator
1500 KVA
Our Stanford Diesel Generator and Alternator generator 1500 KVA is designed for large facilities, major construction projects, critical infrastructure like airports, and large-scale commercial complexes. Supply continuous power with lower fuel consumption Per Kilowatt.
