The Low GI cereals opportunities managemenh, therefore, strategjes an integral part Ejergy the corporate Energy management strategies to counter such threats and improve Energy management strategies margins through energy savings. Thanks to the development of infrastructures and the improvements brought about by technological innovation, energy efficiency in grids has made significant progress. and Canada often deploy dedicated SEM programs or deploy SEM components within other programs.

Energy management strategies -

As corporate sustainability is quickly becoming an integral part of corporate culture, many organizations in the U.

are just beginning to follow the footsteps of seasoned sustainable companies. And as many of their energy management programs are in their infancy, many companies struggle to piece together the right elements to create a successful effort to reduce consumption and cost.

Many companies are turning to energy management programs to monitor, control, and conserve their energy consumption for more positive financial and social outcomes.

So, when it comes to building the right strategy for energy management , what exactly are the right pieces to complete the puzzle? Check out our top five elements to building a successful energy management strategy:. Breaking down energy consumption helps your organization identify which areas are consuming the most, allowing you to take steps to monitor its usage activity — saving you money while reducing your carbon footprint.

After identifying which sources of energy your company is using, you can take steps to monitor the energy usage. Before you begin analyzing which areas need to reduce energy consumption, a key piece of the puzzle is needed: utility bill data. This is where partnering with a utility data service company, like Urjanet , is helpful because these companies can access and aggregate a large amount of data within your utility bill, for all your accounts.

Once data is collected, with the correct program, energy managers can begin to analyze how the energy is being used and identify which buildings are consuming the most energy. In some cases, companies can access interval data , which can identify when energy use is at its peak and when it the lowest.

Energy use can be evaluated spanning across months, weeks, days, hours, and even in minutes. By understanding what time of the days or which days of the week energy consumption is the highest, proactive steps can be taken to reduce costs. After action is taken and changes are made to daily operations, track the difference between energy usage.

If the data is the same and no progress is being made, then an alternative action should be taken. Tracking your progress allows you to see if your changes are effectively reducing costs.

Effective energy management is key to helping your company achieve their corporate sustainability goals. By having a knowledgeable hold on monitoring, controlling and conserving their energy spend, companies can greatly reduce their costs.

Thoughts to share? Urjanet, the global leader in utility data aggregation, simplifies how organizations access and use utility data, enabling them to focus on their business. Some represent large savings and relatively quick ROIs, while others are steady savings over a longer duration.

and be less efficient. To begin our discussion about building envelope, let me start by defining it as all the components that make up the shell or skin of a building. These components are designed and utilized to separate the exterior of a building from the interior. The building envelope may also be defined as the components that separate conditioned areas from unconditioned space.

Building envelopes are designed by project architects and engineers to meet the needs of each individual application i. distribution warehouse, food processing facility, automotive manufacturer, commercial facility, etc.

The building envelope must be carefully designed regarding climate, ventilation, and energy consumption within the structure. By serving the four basic functions of a building envelope, as shown in Figure 1, the envelope affects ventilation and energy use within the building.

This is a key point to understand when identifying and quantifying related energy cost savings opportunities. A tight envelope is designed and built to allow relatively few air leaks.

This often requires significant quantities of insulation, caulk, sealants, and energy-efficient windows to create a tight shell for the building. A loose envelope is designed and built to allow air to flow more freely from the exterior to interior spaces.

I should add that a loose envelope may be created by design or the result of poor construction. Debates are ongoing as to the benefits of tight versus loose building envelopes.

Some advantages and disadvantages are shown in Figure 2. Regardless of the type of building envelope you might have, it is critical that it performs as it was designed and intended. To ensure proper construction and performance, adequate testing and maintenance are required. These two technologies are Infrared Thermography and Airborne Ultrasonics.

Having been exposed to condition monitoring technologies being utilized as a predictive maintenance strategy to help identify and correct equipment and component defects, I became aware of the added energy management aspects that these technologies place in the hands of experienced users.

The power of linking equipment defects and failures with energy management efforts and savings opportunities brings direct, bottom-line value from maintenance.

When a defect is present, not only does it put equipment at risk of operational failure, but it also begins performing less efficiently, costing you quality, increased energy usage, and in some instances, increased greenhouse gas emissions.

A building envelope audit should include the use of both Infrared Thermography and Airborne Ultrasonics to inspect temperature differences, infiltration, and exfiltration air, water, gas, and other applicable mediums. By using these technologies, you will be able to not only inspect large areas quickly, but you will be able to pinpoint exact problematic areas in need of immediate attention.

Depending on the building design and size, you may be able to inspect the whole building envelope for insulation problems and air leakage. Any gaps in the building envelope where air can enter, or exit can cause energy waste. The two condition monitoring technologies are great tools for identifying such issues due to the natural airflow with different velocities and temperatures.

Penetrations of the envelope, such as water pipes, conduits, and exhaust pipes, should be inspected for proper insulation and sealant.

Water leakage is another problematic issue facing building managers. Where water leaks into a building, it can damage insulation causing it to lose much of its R rating. Some facilities may have poor insulation, causing heat loss through conduction. Roofs, because of their exposure to water and moisture, can have damaged or missing insulation, causing energy loss.

Low-slope or flat built-up roofs without significant ballasting are usually good candidates under proper conditions. Similarly, walls with moisture problems or that were never properly insulated can be a source of energy loss identified during a building envelope audit.

electrical load, air velocity, temperature difference to quantify the size of the opportunity. These calculations can be done not only in financial terms but in terms that environmentalists will appreciate.

Remember, we are identifying energy savings. All forms of energy can be represented in million metric British thermal units MMBtu , which can then be converted to kilowatt-hours kWh , then translated to CO2 the EPA equates 1kWh as being worth 1.

It manayement involves securing a commitment from senior management and measuring managemeny tracking energy use, identifying opportunities manzgement improvement, taking action to save energy, and verifying savings. Energy management strategies strategically managing your manaement use, Quercetin and cardiovascular health organization can save stratefies, save Stratgies, and protect shrategies environment by Body composition evaluation your greenhouse gas emissions. The ENERGY STAR Guidelines for Energy Management provide a proven strategy for creating a comprehensive energy management program. Based on the successful practices of ENERGY STAR partners, these guidelines can help your organization plan and implement an energy management program that delivers deep, sustained energy savings over the long-term. The ENERGY STAR Guidelines contain a step-by-step road map for continuous improvement, based on best practices from the nation's leaders in energy management. The document is broken out into seven steps:. Maximize your savings by downloading the ENERGY STAR Guidelines for Energy Management.