Established in 2010, Design By Initiative dB(i) became a world leader in the development and construction of the next generation of custom sound attenuated enclosures for all applications. With our propriety material, lean construction methods and unique design we can accomplish better sound performance than any enclosure on the market. Due to our teams ingenuity and the materials we work with, dB(i) has created the first enclosure capable of storing both batteries for renewable energy storage and switch gear components without the need for air conditioning. This new to market technology aids any and all companies utilizing this equipment to reduce their carbon footprint.
dB(i) offers a range of other services within the power gen world including consulting for power generation and renewable energy grids, sound attenuated enclosures for generator sets, fuel management system development (FUELOGIC), custom manufactured fuel tanks and many other products and services.
With staff achieving over 40 years of experience in the power generation field we can offer a multitude of resources to resolve any problem you may have.
(Even a sound attenuated building on a remote island!)
Discover the dB(i) difference. We have achieved the pinnacle in modern enclosure design; engineering out cost while maintaining the highest standard of quality and capability in the industry. Whether you need an e-house or sound attenuated enclosure dB(i) has the solution for you.
EXOACM Enclosure Systems - Our propriety extrusions and material allows us to name our product "The Next Generation". EXOACM is lighter, stronger and has higher sound attenuating properties than any enclosure on the market today. It is even fire rated! Call us for more information!
This enclosure system was designed to attack dB(c) in the harshest of environments. The goal was to not only protect the wildlife around this system but safely contain the assets inside. Imagine what dB(i) can do for you!
Ever See A Silent Load Bank?
Another custom project At dB(i).
Part Of The dB(i) Difference