Acuity Power Group provides sustainable energy engineering and project services for clients who are focused on long-term value, reliability, energy security, sustainability and net-zero energy goals.
We specialize in the design of solar photovoltaics and wind power generation, efficiency systems, energy storage and UPS systems, with specialized expertise in DC and hybrid-DC microgrid applications. APG is actively taking part in setting the international standards for DC powered microgrids in buildings and campuses, technology that will significantly increase efficiencies over traditional renewable energy design. We also design native DC systems for commercial lighting and for computer servers, with significant experience in solar pv and UPS design at datacenters.
As a company, Acuity Power Group is technology neutral, and will only recommend what we believe is the best choice for specific applications. We have extensive access and information on established and emerging technologies in efficiency, energy storage and generation products as well as co-gen and balance of system components. We have established relationships with many manufacturers including: RAB, Amerlux, FX Luminaire, Philips, Nextek, Armstrong, StarLine, GS/Yuasa, Saft, A123, Zinc Air, Beckett, Northern Power, Trina, ET Solar, Solon, SolarWorld, SunPower, Sanyo, SunLink, Panel Claw, DPW, Unirac, SMA, Dynapower, Satcon, Advanced Energy, ABB and many others.
We often have access to solar pv over-supplies and refurbished wind turbines, that can help our clients lower project costs. Our technology knowledge is based on our experience and our expertise, with significant travel hours logged to keep ahead of the ever-evolving landscape.
Our experience, dedication and commitment to our clients sets us apart. Our integrity and honesty is a core value, and if real, meaningful, long-term solutions to energy needs are wanted, we can help. Our approach is always to start with loads, and then work our way back to generation. We believe strongly in this comprehensive approach to sustainable energy design.