White Paper | Standardization & Regulation | Oct 03, 2012

EMerge Alliance Releases Version 1.1 of Occupied Space Standard

Progress continues toward integrated standards for DC microgrids in buildings SAN RAMON, CALIF. (October 2, 2012) – The EMerge Alliance – an open industry association leading the rapid adoption of safe direct-current (DC) power distribution standards for commercial buildings – today announced it has updated the EMerge Alliance Occupied Space standard, the first application platform model for the utilization of low-voltage DC power in commercial interiors. The EMerge Alliance Occupied Space standard creates an integrated, open platform for power, interior infrastructures, controls and a wide variety of peripheral devices to facilitate the hybrid use of AC and DC power within commercial buildings. Version 1.1 includes several important updates to voltage limits, recommended cable sizes and other requirements to assist companies developing products when using the standard. These changes are backwards compatible and maximize the interoperability and efficiency of EMerge Alliance Registered products.

According to Alliance Chairman Brian Patterson, the Occupied Space standard version 1.1 allows for better connectivity with the forthcoming EMerge Alliance Task Level/Furnishings standard and contributes to the organization’s push to deliver a portfolio of integrated standards that increase building flexibility and sustainability, while lowering operating costs. These standards also facilitate the direct use of on-site power generation and storage, which eliminates the need for many inefficient power form conversions in buildings.

“The standards we’re creating for DC microgrids are the keys to unlocking unprecedented efficiency, flexibility and sustainability in buildings,” said Patterson. “The latest advancements in the EMerge Alliance Occupied Space standard demonstrate that the Alliance is committed to driving the continued development and expansion of standards that will deliver DC power throughout buildings.”

The EMerge Alliance Occupied Space standard has been well received by both product manufacturers and the early adopters of the building community. There are more than 50 EMerge Alliance Registered products available for use today, representing everything needed to implement the platform. The EMerge Alliance Occupied Space standard version 1.1 is available exclusively to Governing, Participating and General Members of the Alliance, and a free public overview is available at http://www.emergealliance.org/Standard/RequestStandard.aspx. To join the Alliance, please visit http://emergealliance.org/Join/HowtoJoin.aspx.

The EMerge Alliance’s Growing Standards Portfolio:
The EMerge Alliance continues to work toward completing new DC power standards to achieve netzero energy buildings. The soon-to-be-released Data/Telecom Center standard will provide a practical guide for the hybrid use of DC power in data centers, offering better efficiency, a smaller footprint, improved reliability and lower capital and installation costs. Currently in development, the Campus Microgrid standard will focus on establishing a standard for the integration of DC microgrids throughout whole buildings. Also in progress, the Task Level/Furnishings standard connects DC power to desktop technologies and applications. Moving forward, the Alliance will continue its vision by developing future standards for building services, such as HVAC, and outdoor applications, such as electric vehicle charging. All EMerge Alliance standards include consideration of power, infrastructure, peripheral device and control applications required to operate a building application platform using DC power.

About the EMerge Alliance:
The EMerge Alliance is an open industry association leading the rapid adoption of safe DC power distribution in commercial buildings through the development of EMerge Alliance standards. These innovative standards integrate interior infrastructures, power, controls and devices in common microgrid platforms to facilitate the hybrid use of AC and DC power throughout buildings for unprecedented design and space flexibility, greater energy efficiency and improved sustainability. The nonprofit Alliance is accepting new members at various levels. For more information, please visit www.EMergeAlliance.org.

FEATURED

Accredited Quality for Colorimetric Quantities

Accredited Quality for Colorimetric Quantities Since 2009 Instrument Systems has received accreditation to DIN EN ISO / IEC 17025 for photometric tests and now offers its certified measurement solutions with the flexible scope of application of Category III. Read more »

FEATURED

Smart Control with GRE’s Dimming Modules

Smart Control with GRE’s Dimming Modules Smart and sustainable technologies have been on the forefront at the international lighting events. With the advance of smart devices and return on investment requirements, the smart building is widely becoming the new standard building model. Read more »

FEATURED

Light is the Efficiency Booster

Light is the Efficiency Booster In order to cut costs while providing high-quality light, many luminaire manufacturers today rely on robust LED components and intelligent control technology from OSRAM. Our future-proof lighting systems reduce the power consumption as well as the maintenance effort. Read more »

FEATURED

A.A.G. Stucchi Presents New IP66/68 Connectors

A.A.G. Stucchi Presents New IP66/68 Connectors A.A.G. Stucchi, an Italian company and leader in the lighting components industry, is ready to present 2 new series of IP66/68 connections: 3800 series of mini connectors and 610 series of distributors. The two product series have their very compact design in common. Read more »

EDITORIAL

High Conductive Foils Enabling Large Area Lighting

High Conductive Foils Enabling Large Area Lighting Fraunhofer Institute for Organic Electronics, Electron Beam and Plasma Technology FEP as one of the leading partners for research and development for surface technologies and organic electronics and Sefar AG, a leading manufacturer of precision fabrics from monofilaments, developed a roll-to-roll ... Read more »

page_peel