Press release -
ENER-G hvac controls innovation shortlisted for industry award
ENER-G Controls' E-MAGINE Building Energy Management System (BEMS) has been shortlisted for a Building Controls Industry Association (BCIA) Award.
E-MAGINE is a finalist in the Technical Innovation of the Year (product) category, sponsored by Modern Building Services. The award winner will be announced on Thursday 9 May 2013 following
assessment by an independent judging panel comprising experts from BCIA, The Building and Engineering Services Association (B&ES), Chartered Institute of Building Services Engineers (CIBSE), built environment experts BSRIA, Reading University and independent engineering experts.
E-MAGINE is a cloud-based energy control system that provides a scalable, integrated control system to reduce energy consumption in buildings by up to 30%. Through open protocols it can integrate with existing back-office systems and third-party building control systems and equipment.
A key component of E-MAGINE is an integrated front-end energy management tool called E-VISION.
This is aimed at designers, installers and end-users to help them design, commission, control, analyse and manage energy use remotely. It can be used for a broad range of applications from boilers and chillers to fan coils, domestic hot water and air filtration.
Typical return on investment ranges from 12 to 60 months, but ENER-G can finance the E-MAGINE
technology under a guaranteed savings agreement to provide organisations with immediate cost and carbon saving benefits on a pay-as-you-save basis.
ENER-G Controls specialises in the energy management of buildings and offers an end-to-end energy management service - from initial feasibility assessments, to full design, installation, commissioning and after-sales support.
Further information: www.emagine-controls.com
Topics
- Sustainability/CSR
Categories
- building management systems
- building energy management systems
- hvac controls
- hvac control products
- bems
- building energy controls
- energy cost reduction