I am sharing a collection of articles on energy management systems, case studies and news, mainly focusing on the industrial solutions (production industry, factories). Serving the interests of smart factory, Industry 4.0 and ISO50001. Selecting leading topics based on my experience as a marketeer for energy management software solutions. We are based in Central Europe, if you have any news related to this topic, please feel free to share and comment.
With the new Billing module it will be more comfortable and quicker to create cost allocation reports.
The new functions of AVR Connection Center will allow easier connection to OPC server and redundant OPC server connection will also be supported.
The embedded Microsoft Lightswitch application will allow the user to create custom input forms for energy cost (water, gas, electricity, etc.), demand power, production data, etc. With the added new features it will be easy to create KPI charts, Simple calculation tables, Energy Rate diagrams, Histograms.
In v2.1 regression analysis (linear and polynomial) could be done in Business Intelligence module. From now on regression analysis can be created easily with Basic Reporter as well, which will make the job of energy managers much easier (demand power specification, energy usage forecasting).
The Advanced Virtual Meter will make it more comfortable to manage virtual meters. Demand power specification will be easier as the system will be capable to connect Weather forecast sites.
In commercial and industrial buildings, as in the home, monitoring your energy usage is the first step to taking control of your energy bills.
Once you know which systems in your facility use the most energy, it makes it much easier to understand where savings could be made, explains lighting consultant Daisy Energy in a recent article.
However, there are many things that can be done -- with or without an energy audit -- to reduce the energy consumption of your business.
Here are eight top tips:
1. Changing shifts to avoid peak energy costs: If your energy provider offers variable rates, find out when the highest and lowest charges apply and think about adjusting employee shifts and machine operating times to off-peak hours.
Similarly, demand side response incentivises a business to reduce consumption or switch to on-site energy generation resources in response to signals when demand on the grid is at its highest.
2. Daylighting: Using skylights and windows to bring natural light int…
Industrial users can reduce their energy bills by up to 10% by participating in demand response programmes, according to the UK's Association for Decentralised Energy (ADE).
With demand-side response, energy users vary the amount of electricity they use at certain times in response to a signal or incentive from their energy supplier. For example, they can power down certain equipment for a while, use on-site generation and/or battery storage technology, and use more power when supply is plentiful.
Businesses that are able to be flexible in their energy use can benefit from price fluctuations in the energy market and receive payments for reducing how much energy they use at times of peak demand or when the capacity of the grid is constrained for technical reasons.
A joint report from ADE and RenewableUK says that UK industry is not yet taking full advantage of the significant cost and carbon savings available from demand response and flexible grid services.
Our capacity for energy efficiency is much greater than climate models assume, according to an editorial published in the peer-reviewed journal Environmental Research Letters.
Energy expert Amory Lovins, co-founder and chief scientist of Rocky Mountain Institute, says that the potential for energy efficiency has been massively understated, and its cost overstated, by analysing individual components and systems rather than whole buildings, vehicles and factories. This overlooks valuable ways to help the parts work together to save more energy at lower cost.
Current thinking on climate change suggests that we need to use energy at least 3% more productively each year in order to stay below 2 degrees of global warming. Lovins argues that, in both newbuild and retrofit applications, the world's ability to sustain such rapid savings is far greater than previously thought.
While the cost of renewable energy has fallen significantly in the past decade, energy efficiency …