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admin 28.02.2014

As a recognized industry leader with a history of implementing innovative and cutting-edge practices and cost-effective programs, IRWD seeks to further improve, optimize and reduce it's energy consumption and greenhouse gas emissions with an Energy and GHG Master Plan. IRWD is well known for its water conservation programs, and strives to conserve power and reduce dependency on fossil fuels as well. The installation of the solar panels is just the latest in IRWD's energy management program. With climate change concerns, pervasive droughts, and high energy prices across the country, nearly everyone is looking for ways to conserve resources and cut costs. Commercial rebates  are available for your business or large landscape IRWD's RightScape program offers additional tips and water saving tools.
The UK could halve the amount of water used in energy generation by 2030, if it realises an ambitious renewable energy plan says the International Renewable Energy Agency (IRENA). The UK is projected to withdraw 20bn cubic metres of water for power generation in 2030, but this could be cut to 9.7bn if the UK generates 60% of its electricity from renewables, with scaled-up solar PV and wind at the forefront. Energy supply presently accounts for nearly 15% of global freshwater withdrawals annually, and if that number is not reduced the industry with the most to lose could be the food-end of the nexus, the agricultural sector.
The agri-food supply chain accounts for 30% of the world’s energy consumption and is the largest consumer of water resources, accounting for approximately 70% of all freshwater use. In addition the report points out that as technology costs come down, solar could improve the water supply by powering desalination plants. In related news, a dozen world renowned energy experts launched the International Energy Advisory Council (IEAC) today.
Many utility companies have looked to behavior-based efficiency programs to help to meet their energy saving targets while maintaining a sustainable business model. The ACEEE Field Guide to Utility-Run Behavior Programs draws on data collected by the ACEEE on 281 programs run by more than 100 utilities and similar entities between 2008 and 2013. The report recommends that program developers “stack” several strategies, including one from each family, so that they are able to engage multiple drivers of consumer decision-making.

Tracking and analyzing program results more closely to document benefits and drive broader adoption. Employing standard metrics across all programs so that researchers, evaluators and regulators can compare their cost-effectiveness.
Coordinating activities across utilities and developing a geographic information system to avoid oversaturation.
Tracking the cost-effectiveness of programs in the study has been a challenge for the ACEEE, with only 10 electricity programs reporting both program cost and actual savings. The authors of the guide suggest that there is a great opportunity for better use of behavioral techniques.
The plan identifies a portfolio of cost-effective projects to reduce the District's existing and future energy usage and costs, and as required under future regulatory conditions, reduce GHG emissions. The Irvine Ranch Water District recently completed an Embedded Energy Plan that quantifies energy use associated with each District facility involved in the production, treatment, distribution, collection, reuse and disposal of water and biosolids.
Nearly 700 solar panels on the roof of our Sand Canyon office building provide 20 percent of the total energy needs of the building through a 100 kilowatt system.
IRWD has also received nearly $600,000 in Edison rebates and incentives for installing energy-saving features in the Irvine Desalter Project, in a booster pump station, and outfall pump stations and other facilities. The good news is that by using a little “water sense” we can all use less water, energy, and more.
More backbround information on saving water and energy can be found on the US EPA WaterSense Website. These informative workshops will help you learn about the right plants, the right equipment and the right schedule to get you on the road to saving water and having a beautiful landscape. Their challenge has been to measure and compare the effectiveness of different types of programs and to justify their worth to regulators and stakeholders.
The result, according to the authors, is a unique taxonomy structure that provides an organizational scheme where each program falls into a single category, rather than having overlapping categories – an issue with previous typology structures.

Categories include general and targeted communication efforts, social media, classroom education, and training. Categories include social marketing, person-to-person efforts, eco-teams, peer champions, online forums and gifts. Using the new taxonomy should make it much easier for utilities and regulators to compare the success of various strategies in changing behavior, as well their cost-effectiveness and energy savings. It will be interesting to see if their new categorization method improves, and clarifies energy saving results over time.
Key results of the study demonstrate the spatial distribution of energy use throughout the District and the direct link between energy savings and water conservation.
The roof-mounted panels also provide shade, reducing the amount of energy needed for heating and cooling and extending the life of the roof itself. A new report from the American Council for an Energy Efficient Economy (ACEEE) sets out to focus and clarify terminology about behavior-based programs to assist developers and regulators in meeting that challenge. Why not download the full report ACEEE Field Guide to Utility-Run Behavior Programs (registration required) and then let us know what you think about how to save energy? Prior to joining Burns & McDonnell, he spent 14 years with an investor-owned electric utility.
Additionally, by reducing imported water use in the IRWD service area, the District has cut greenhouse gas emissions by approximately 20,000 tons annually. IRWD completed installation of more than 800 solar panels on the roof of the IRWD Zone 3 drinking water reservoir in April 2011. This project will provide approximately 365,000 KWh per year, or about half of the energy needed to run the reservoir facility.

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