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Finding Help For Putting Together a Budget For Your Facility’s HVAC Retrofit

Comprehensive management of equipment and services starts with operational assessment, which provides critical information to help business owners to plan for the future budget. The management looks at the existing equipment plan and financial strategy for the coming years. As such, the management can identify machines that work well and those that are not suitable to use. Thus, by coming up with a detailed report, the operators can get equipment into the proper working condition and provide energy efficiency. Hence, this measure creates a strong foundation for growth and reduces financial risks.

The HVAC equipment used can get utilized in many ways. Here are facility management services that you may put in place to safeguard the material.

  • Working with experienced and dependable technicians to ensure that critical mission machines always operate and serve the intended purpose.
  • Pinpoint incentives to capitalize on returns on capital investment
  • An individual can evaluate a design that best fits the facility and complete probability studies that help in lowering the cost by finding energy-saving programs.

The equipment operational assessment begins with testing and comprehensive analysis of a system. The procedure helps to evaluate typical construction operations and energy used in the building. During the exercise, key pointers get assessed to define baseline performance such as equipment’s ability to perform utility costs and power consumption

 

Controlling the Budget of HVAC Usage

You will have two more factors to prioritize when handling energy projects. Your budget and payback time based on these factors, minimizing HVAC performance time – costs less amount to implement, and has significant investment returns. Clients who enhance HVAC runtime typically manage high savings without applying an expensive retrofit.

The best way to reduce HVAC time is to ensure that you understand when your systems get used. In normal office routine, staffs get at work around 8 am and leave in the evening around 6 pm. However, we still find the system running even after working hours are over. This happens because the HVAC system was built a long time ago and provides inefficiency. Also, you can operate some equipment by using an automatic system that requires no human interference.

The other step involves calculating your saving ability. After identifying HVAC running time, you need to do some calculations. As such, you will discover total saving potential when using the equipment. For example, a facility will require a 200-ton chiller to regulate temperatures of a room. At an electric consumption rate of $0.10/kwh, HVAC costs $51,960 per year to run. If HVAC runtime maintains within working hours, 4hrs can get saved in a day. Therefore, the plan may cost nearly $300, but save the annual recurring cost of $17, 280 per year.

Once you are ready to get started, you can purchase equipment following keenly the delivered capital recommendations to improve cost, save energy, and minimize the risk of equipment debacle. As such, you will form a baseline outlining projected cost, savings, and financial return. Call OC McDonald for an efficient and affordable HVAC equipment installation.

Underfloor Air System Construction in Silicon Valley

Underfloor air distribution (UFAD) is a technique that is designed to deliver space, especially in offices and other buildings for businesses. The significant benefits to be derived from the use of this method have seen the majority of entrepreneurs considering it as a viable substitute to the conventional air distribution systems that are ceiling-based. This technology operates by utilizing the underfloor plenum coupled with the underside of an otherwise raised access floor system to directly distribute conditioned air throughout the occupied area of the building. Air can either be supplied via the variable supply outlets that are situated at the floor level or otherwise as a part of the partitions and furniture.

Benefits of UFAD Systems

UFAD systems come with some potential benefits as compared to your conventional overhead units. Such include enhanced thermal comfort, reduced energy use, and improved indoor air quality among others. This technology essentially combines the building’s heating, air conditioning and ventilation systems with all major power, data cabling, and voice into one easily accessible service. This allows realization of significant improvements in terms of reduced costs that are related to reconfiguring the building services as well as improved flexibility. With their increased chum rates coupled with extensive employment of IT, these raised floor systems are particularly ideal for office constructions that house the modern businesses.

Recommendation for Design and Construction

It is imperative to consider the implications of the raised access floor early enough in the design process. For instance, sealing the concrete slab surface will go a long way in reducing the dust while the floor panels and underfloor plenum should be thoroughly cleaned during the installation process and before occupying. If you want the entire underfloor service installation, it’s critical to consider the height of the access floor coupled with the placement of the two by two ft raised floor pedestal grid. You will also want to ensure that the equipment placed or installed underfloor and are requiring regular maintenance, are situated in accessible locations like corridors rather than underneath partitions and furniture.

When dealing with partitioned office spaces, consider offsetting the partitioning grid from the floor grids. This will prevent the partitions from covering the joints between the floor panels and restricting access to the underfloor plenum on either side of the partition. You will also want to consider seismic bracing and dead load allowance of the access floor.

Owing to the rapid awareness of the numerous benefits of UFAD systems within the building industry, you can easily foresee completion of more of these installations in the coming years. As a building owner or developer, you will require the kind of efficiency and cost effective performance offered by this technology. This will help you with overcoming overhead expenses through reduced energy consumption, which is achieved through the higher supply of air temperatures, controlled thermal stratification as well as diminished static pressures in the underfloor plenum.

Call O.C. McDonald today (408) 295-2182

Design Build for Medical and Educational HVAC in Silicon Valley That Saves Energy Dollars

Benefits of Constructing Energy Saving Buildings

Constructing an energy saving building saves a lot of money. This is seen when the building is constructed. It enables the saving of most of the expenses that other buildings incur. The buildings constructed in an energy saving manner save space. It is created in a way that most people can use one resource to meet their needs. The most popular building that is built in an energy saving mode is the medical and educational HVAC in Silicon Valley. This building is an incubator of different experts to develop solutions that are viable in the society. The construction of the building in an energy saving way is beneficial in various ways. Below is a list of the advantages of constructing an energy saving building.

Merits of constructing energy saving building

  1. The building is efficient

The building at Silicon Valley is efficient because it is an incubator. The building is constructed in an energy saving manner that enables the developer to access different resources that are inaccessible in other buildings. The building becomes efficient when there is a shortage of resources. The building is sufficient in its nature when there is a shortage of electricity.

  1. It facilitates team work

The idea of sharing resources enables teamwork amongst people who are on the team. People working together on a similar project can easily work together because even their environment promotes teamwork. People are able to learn from each team member. A team member can help to solve a problem that others cannot. The others get an opportunity to learn.

  1. It facilitates cheap research

The building is a research center as mentioned above. Research is expensive when the resources used are costly. The energy saving building facilitates the research to become cheap as well. More people can test their ideas cheaply and give credible resources.

  1. The building facilitates innovativeness

The building is fit to be used for other uses besides facilitating research. These uses facilitate the achievement of other different goals. The building can be used for the testing of different ideas. This can also involve those that are not research based.

It is important to note and conclude that an energy saving building is one that decreases the cost of production for products. It makes it easy for innovation. It also enables innovators to work as a team and use similar resources to develop useful products in the society.

Frequently Asked Questions About Reducing Energy Costs in Educational Institutions

Different Ways Educational Institutions Can Save Energy

Educational institutions spend money to purchase energy systems. This is because the nature of educational institutions demands mass production. Many basic needs are also met because it is a population of people. Basic needs are met using the consumption of energy. Examples include cooking, bathing, laundry, and reading. The activities carried out in educational institutions are energy consuming activities. This shows that the educational institution will spend more money on energy if people can use energy in a reckless manner. Ths is what brings about the need to control the use of energy. There are different ways in which energy consumption can be reduced.

Methods of conserving energy

  1. Using diverse energy saving features

This should be a foreseen method by the educational management. They should budget for different products that can be used for energy conservation. The equipment includes energy saving bulbs and solar panels. These systems save the energy because they can be used as energy stores. Solar panels will facilitate the use of solar energy. The energy saving bulbs will consume moderate electric power.

  1. Encouraging energy-saving behavior

There are some habits that save energy when practiced. These habits include switching off lights and any electric device after usage and using solar energy instead of electric power. These habits can save the cost of energy if practiced within educational institutions. The school will save money when they practice this. They will end up reducing their budget on energy. This will encourage the institution to adopt such habits, and the habits will develop into the culture of the school.

  1. Developing policies that are pro energy-saving

There are things that can be achieved using policies. An educational institution can develop policies that will force the future leadership of the institution to save energy. These policies will be observed by all people who are in the educational institution. The education institution will eventually be under energy saving policies all the time.

There are different methods through which educational institutions can save energy. The methods involve the non-teaching staff, the teaching staff, the management, and the students. This shows that every method influences the educational institution at a different level. This makes it an inclusive activity. People should be united so that they can save energy efficiently. The energy saving policies make it everyone’s responsibility to save the energy. One person can correct another one and save energy as a collective responsibility in educational institutions.

The Benefits of HVAC Retrofit in Existing Facilities around the Silicon Valley

Irrespective of how well a heating and cooling system is maintained, it’ll ultimately require replacement. This could not only disrupt your building’s operation for prolonged periods of time, but it could also cost you significantly. This is where HVAC retrofit comes in handy, allowing you to introduce newer and cost-effective technologies to an existing facility without having to replace the system altogether. More benefits of retrofitting your HVAC system in Silicon Valley include:

Enhanced Flexibility and Cost Effectiveness

Retrofitting an HVAC system is a cost effective alternative to unit replacement, which involves installation of new or tailored parts to an already existing system, essentially allowing it to function optimally. Upgrading your existing equipment will go a long way in extending the usable life of industrial chilling machines while enhancing their reliability and overall performance. This is especially true if you hire an experienced provider in customizing the retrofit solution in accordance to your budget and specific environment.

A good HVAC provider should be able to assist you with choosing a system with access to variable options of retrofits while being able to combine them in optimally satisfying your application. Besides, retrofits are capable of offering a much longer warranty as compared to a new unit.

 

Improved Indoor Air Quality and Energy Efficiency

Installing the appropriate HVAC retrofit for your industrial chillers will go a long way in improving the quality of your indoor air while cutting down on energy expenses. For instance, you could employ Variable Frequency Drive (VFD) to cut as much as a third of your electricity power usage. You may also consider factoring in planned construction projects that will impact cooling loads while reaping savings from other variable climate control advances. Ideally, energy efficient upgrades reduce not only equipment purchase costs, but also the utility expenses.

 

Reduced Maintenance Costs and Downtime

Outdated, failing and inadequate HVAC systems will often require expensive maintenance and repair, thus increasing your operation costs. You will also stand to lose significantly from the downtime during the periods of system malfunction. In contrast, a retrofitted system with newer technology is characteristically more reliable while being less costly to maintain.

Your HVAC system and its components will often undergo a lot of pressure during their lifespan. It is, therefore, imperative that you employ retrofit equipment upgrade in aligning your system with your current and future requirements. Besides, a cost-effective upgrade plan will allow you to accommodate greater flux in tenants, demand on the facility infrastructure as well as reconfigured interiors without incurring extra charges. That said, you will want to consult with a reputable HVAC provider in Silicon Valley to get retrofits as opposed to replacing your system with a new one.