At Blue Pillar, we’ve found that creating a close partnership between IT managers and the energy/facility department is key to creating a successful Energy IoT program. These two groups form a team that works to connect every energy asset the business, hospital, or data center may have into a singular, centralized platform.
Tired of getting stuck with old legacy and proprietary energy assets? Like you, we’ve seen it all. Stranded assets, trapped energy data, and projects with so much customized development they were too costly to complete. When it comes to your energy management strategy, there’s no reason to be left in the dust with old legacy proprietary assets that cannot communicate real-time data when you need it. To be successful, you need real-time data from your entire energy fleet that can be Internet-enabled so you can proactively act on conditions and feed data into predictive systems ready to shed intelligence about the state of your energy use.
As we’ve pointed out in the blog series, Distributed Energy Resources (DERs), particularly in commercial and industrial (C&I) settings, are mushrooming. The U.S. Energy Information Administration Between estimates behind-the-meter distributed generation in the U.S. C&I sector increased by 400 percent from 2011-2014. Navigant Research expects global DER capacity to grow up to five times faster than new central station generation over the next five years and DER capacity in the U.S. to double by 2024.
Over the past five years, the utility industry has faced unprecedented technological disruptions brought on by Energy IoT. A plethora of new, grid-connected devices have formed complex IoT networks featuring a variety of energy assets such as smart meters, sensors and even street lights. But what makes these systems “smart’”? It is the data that drives them.
The energy environment behind the meter is becoming increasingly complex. According to the U.S. Energy Information Administration (EIA), the United States has more than 12 million distributed generation units, representing about one-sixth of the capacity of the nation’s existing centralized power plants. Navigant Research expects global DER capacity to grow up to five times faster than new central station generation over the next five years.
Distributed energy resources (DERs) are mushrooming, particularly in the commercial and industrial (C&I) sector. Consider this: Between 2011 and 2015, distributed generation in the U.S. C&I sector increased by 400 percent, according to the U.S. Energy Information Administration. This growth represents a significant opportunity for energy and technology providers. Navigant Research says, “a new landscape is emerging in which a more sophisticated two-way grid of networked DERs is emerging which will pave the way for an Energy Cloud ecosystem valued at $1.3 trillion in new annual industry revenue by 2030.”
Energy management for healthcare clients is often a matter of life or death. When the grid fails, and extreme weather or other unforeseen circumstances impact energy supplies, critical facilities like hospitals must continue to operate normally to ensure the quality of patient care and safety. To guarantee reliability and reduce costs, healthcare facilities requiring technology-centralized monitoring and control of their Emergency Power Supply System (EPSS) turn to Blue Pillar. This blog, is about two Blue Pillar healthcare customers who capitalized on significant energy savings of $20,000 to $200,000 per site by implementing an energy management strategy using our Aurora® Energy Network of Things™ platform. Below, are their stories.
What if you could navigate the increasingly complex energy environment at your largest commercial energy customers to increase engagement and offer new services without ever stepping foot behind-the meter? That’s what one of the largest ESPs in the United States asked themselves which lead to a nationwide search for Energy IoT platforms from companies with experience behind-the-meter at large Commercial and Industrial (C&I) sites.
Over the last year, Blue Pillar partnered with nonprofit Powered for Patients to create the Roadmap to Resiliency whitepaper. Our 35-page whitepaper discusses emergency power best practices and ways for healthcare facilities to safeguard emergency power through new technologies and innovative protocols. This blog is a short summary of our whitepaper, which is a valuable resource for healthcare providers going into the ASHE 2017 Conference. If you are looking to set higher standards for patient care through improved resiliency and energy efficiency, learn more by download the full Whitepaper here.