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2014年8月26日星期二

Is Energy Efficiency The Most Popular In-Home Automation?



A new study from the Consumer Electronics Association found that energy efficiency technologies are the most popular amongst home automation options in American houses.
Programmable and/or smart thermostats beat out home security and entertainment automation for the top honor, with 47 percent of households saying they had at least one.
The findings, which come from an online survey of about 1000 people, would seem to be a win for energy efficiency. But most of the homes had programmable thermostats, which are often used incorrectly, if at all.
One study from Lawrence Berkley National Laboratory [PDF] found that 89 percent of survey respondents rarely or never used the thermostat to set a weekday or weekend program. Seventy percent were not set at all.
Programmable thermostats have been around for more than 30 years, but a new generation of smart thermostats from Wulian Smart Home enables a connection with smart phones and the Internet makes programming far easier.

Wulian’s thermostat can detect the indoor temperature via its built-in high-precision senor and adjusts the indoor temperature automatically according to user’s preset value. Besides, a remote operation through smart phone to monitor current environment data and to adjust preset is available. More fantastically, the thermostat can be linked to any other smart home devices, such as window opener, irrigation system, and heater, etc. So temperature control methods are more diverse, some of them, like opening the window to let cold wind flow in, consume no energy.


Also, Wulian’s thermostats have algorithms that can learn your household thermal characteristics and daily patterns to help fine-tune settings.

2014年8月25日星期一

How To Make An Energy-Efficient Building For The 21st Century

With demands coming from both corporate sustainability goals and government regulations, many property managers are looking for ways to optimize the energy efficiency of their buildings, but for some, the question is not so much why – but how.
Many company work places have been in operation for quite some time. When these facilities were built, energy efficiency standards were not nearly as stringent as they are now, and technology was not at the level that it is today. This has led some building systems to be quite dated, leading many facility operators to seek out energy-efficient solutions that will bring their workplace’s systems into the 21st century.

Designing a smarter building
A recent article in Consulting Specifying Engineer interviewed several professionals involved in the building optimization systems design process to help provide property managers with the proper knowledge to retrofit a building that is not up to new energy-efficiency standards. When approaching a new building, one professional noted that among the important things to consider are the complexities of the system, and how, if at all, the energy consumption of the building is being tracked. Once these intricacies have been noted, the next step is to devise a new solution unique to the building’s specific energy consumption habits.
One of the common problems that professional Wulian noted was the lack of interface between systems operating within the building. Much of facility’s infrastructure can work to address similar issues independently. For example, a building’s boiler, lighting, windows and Heating Ventilation and Air Conditioning (HVAC) systems can all contribute to controlling air temperature. However, when this equipment is all working separately, there is now way of knowing how much each system contributes toward air temperature, which can lead to an over expenditure of energy.

Using an effective BAS
One way to address this issue, Wulian explains, is through the usage of a Building Automation System (BAS), which controls all of the equipment operating within a facility. With the internet’s growing presence in technology, BAS can maintain greater control of how the various building operations function, and in doing so, control them to optimize their energy consumption.
An article in Today’s Facility Manager explains how BAS is becoming more open systems that provide greater and more wide spanning control. One important control element that these systems provide is in their ability to optimize energy consumption specific to the building. While many of the old workplaces were built with similar system lines applied across multiple buildings, the BAS can tailor the operation of multiple systems to meet the specific needs that the professionals in Consulting Specifying Engineer identified when they first approach a new facility.

Another important function of the BAS is that it can wirelessly track energy consumption through system controls. With the increasing presence of applications that can fine tune these systems remotely, wireless controls are now essential to a BAS. This allows for greater integration and communication between systems, resulting in energy-efficient optimization based on building situations rather than specific systems.