Welcome To REO & Termis
DISTRICT ENERGY EFFICIENCY AND OPTIMIZATION SOLUTION
Thomas Lund-Hansen, President and Founder - Reliability Efficiency & Optimization (REO)
"...The Termis Real-Time Solution was introduced to utilities and engineering firms here in the USA and Canada in 2006 by me. Today more than 25 utilities and engineering firms have achieved savings estimated to more than USD $100 Million."
Our Specializations
Thomas Lund-Hansen - CEO
The Founder and President has 30+ years of global experience of applying market leading real-time software applications successfully in energy generation, energy transmission & distribution and energy utilization.
Meet The Team
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Thomas Lund-Hansen
CEO
President and Founder, Reliability Efficiency & Optimization (REO)
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7T
Termis
TERMIS Real-Time District Energy System Management Software Solution for Chilled Water, Hot Water and Steam Energy Systems
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Schnieder Electric
Partner
7-Technologies (7T) was founded in 1984 as an independent software company. In 2011 Schneider Electric the global leader in Energy Management, acquired 7T.
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Software
Engineer
We are an organization of 20 engineers with network access to additional resources when needed. We are working with industry leading engineering firms and have offices in Miami, Manhattan, and San Francisco
Reliability Efficiency & Optimization (REO)
You can design your network to meet future demands, avoid bottlenecks, and comply with regulations. While optimizing your investment, you are also improving the service, increasing customer satisfaction, and reducing operating costs.
REO
CEO, Thomas Lund-Hansen
The staff can click on any object in the network to check data such as pressure or temperature at a specific location and can give instant answers to customer enquiries. Alarm set points for all parameters can be configured.
REO
CEO, Thomas Lund-Hansen
The Termis software is equally suited for chilled water networks as it is for district heating. It is modular and focused on covering all the needs for decision support information to manage all kinds of chilled water systems from few buildings connected to one plant up to thousands of buildings served by multiple plants.