| Efficiency vs. Conservation |
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Often the terms Energy Efficiency and Energy Conservation are used interchangeably. But is correct?
Actually the two terms have two distinct definitions. We looked to the Energy Information Administration for their definition. They define it as the following:
Energy Conservation is any behavior that results in the use of less energy. For example, turning the lights off when you leave the room.
Energy Efficiency is the use of technology that requires less energy to perform the same function.
So, in simpler terms, a compact fluorescent light bulb that uses less energy than an incandescent bulb to produce the same amount of light is an example of energy efficiency. Conversely, the decision to replace an incandescent light bulb with a compact fluorescent is an act of energy conservation. |
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Servidyne Welcomes Kimberley Tastad |
| Servidyne is pleased to announce the expansion of its sales team on the West Coast with the addition of Kimberley Tastad, Director of Sales based in San Diego. Kimberley brings to Servidyne a long history of successful business development in the energy services arena, ranging from co-generation projects to energy supply contracting, and including demand response and energy efficiency.
We know that many of our customers have facilities in California, and Kimberley is ready and eager to participate in helping you to take advantage of the amazing array of utility programs and funding sources available there for energy consumers. From free audits to on-bill financing, the possibilities truly need to be evaluated. So please get in touch with your primary contact here at Servidyne, or call Kimberley directly at 858-925-7569, to ramp up your efforts in California today! |
| Retro-commissioning's Top 10 |
Top 10 Findings
Servidyne can help improve your performance levels by studying your facilities and their energy conversion and consumption systems. Over time, these systems and the controls that operate them become less efficient, resulting in buildings that are less comfortable, less reliable, and more expensive to operate.
1. Schedule HVAC Systems
2. Adjust Outside Air to Current Needs
3. Mitigate Simultaneous Heating and Cooling
4. Reduce Flow from Oversized Pumps
5. Reset Supply Air Temperatures
6. Enable Economizer Controls
7. Reset Static Pressures/Optimize VFD Operation
8. Stage Chillers Properly
9. Lower Condenser Water Setpoints
10. Correct Lighting Control Operation |
