Author: Lindsey Burbee

Melink HQ2 – Our Zero Energy Vision & Strategic Plan

Posted on by Lindsey Burbee

Melink’s second headquarters in Milford, Ohio will be one of the greenest buildings in the world.  Not only will it double the office and manufacturing space of our current 30,000 square-feet facility, it will serve as a model on how to design and construct affordable zero-energy buildings (ZEB) of the future.  Why is this so important?

Commercial buildings and homes consume over 60% of the energy in the U.S., and therefore, represent a majority of our country’s carbon footprint.  Though the building industry is on a path to achieve zero-energy on all new construction by the year 2030, it will be very difficult to convert the millions of existing buildings to zero-energy before 2050.

Unfortunately, because of global climate change, we may not be able to wait that long.  We need cost-effective solutions now.  The 17 hottest years on record have occurred over the last 18 years and the trend is getting worse over time.  Climate disasters from floods to fires are becoming more frequent and severe as a result.  In fact, more and more scientists are saying this could become an existential threat.

Yes, solar and wind power have gone mainstream over the last 10 years and that is good news.  And many utilities, businesses, schools, and government entities are starting to jump on the bandwagon.  But renewable energy still only makes up about 20% of our country’s energy mix.  Coal, natural gas, oil, and nuclear make up the rest.  We need to go from 20% to 80% renewables within the next 10-20 years.

One way to speed adoption is not wait for fickle governments and regulated utilities to solve this problem.  It’s time for the business sector to lead and create the clean energy economy of the 21st Century.  This means small, medium, and large companies like ours need to start making the necessary investments now.  Together, we can and must wean ourselves from dirty fossil fuels.

To be clear, this is not just about protecting the environment.  It’s about saving our planet and life as we know it.  It’s about investing in our security, health, and economy.  Who doesn’t want to be safe from more natural disasters in the future?  Who doesn’t want to be secure from flooding coastlines and mass human migration?  And who doesn’t want more jobs and long-term economic growth?

Therefore, this epic problem should also be viewed as a tremendous opportunity for humankind to finally work together on something that is bigger than any one person, political party, or country.  We can either smartly invest trillions of dollars now … or stupidly pay hundreds of trillions and likely lose millions of lives later.  We all know what our children and grandchildren would say.    

What does this have to do with our HQ2?  Everything.  Our new buidling will not be just another green project to say we ‘walk the talk’ at Melink.  Our building will be about showing architects, engineers, and contractors how to design and construct affordable zero-energy buildings of the future.  In other words, it will be about helping revolutionize the building industry for the 21st Century.

How will we accomplish this?

We are going to show that one can invest a small premium of 15-20% over and above a conventional, code-compliant building, and make it zero-energy.  The message being: If Melink can do it, so can everyone else across the country.  I believe developers, architects, and engineers from across the land will want to see and hear how we did this.  I believe our customers will want to see and hear how we did this.  The return on investment will be too good for them not to.

How is this different than HQ1? 

We invested a slightly larger premium of 25% over and above a conventional, code-compliant building.  We also made these investments to an existing building – slowly over time as we could afford them.  This project will show we can do it for an even lower premium if we smartly design the building and take advantage of the most recent innovations.

Features will include several of the best ones we incorporated here in our HQ1.  For example, we will have an even more highly-insulated envelope; we will have the next generation of window and door systems; and we will have a larger solar canopy over the parking lot.

While we can’t share too many details at this time because of the proprietary nature of our innovations, we promise we will push the envelope in ways that will make HQ2 one of the most innovative green buildings on the planet. More details will be provided in the near future.

And we will have many other features that won’t necessarily pertain to energy, but will make the building more comfortable and inspiring.  For example, we will have more open work spaces, more windows and skylights, and a green wall or water feature.  And we will have a museum center to educate visitors on the history of HVAC because to see the future you have to know the past.  Last, we will have a spirit wear shop to reward customers with gifts to memorialize their visit. 

Timewise, the building will be completed by the end of this year and we plan to hold a grand opening in June 2020 where we can publicize our initial findings from our building.

How are we going to pay for HQ2? 

I am taking advantage of what is called a PACE loan to invest in the energy efficiency and renewable energy features of our new building.  In essence the capital is provided upfront and paid back over 25-30 years through an assessment on the property taxes.  This is a great financing tool that we also want to share with the world.

In conclusion, if we’re not part of the solution, who and what are we?  As experts in the building industry, if we don’t help raise the bar, who will and when?  We’re certainly not going to rest on past laurels and let the world pass us by.  We’re going to lead and make a difference.  

We are less than 12 months from the R-22 refrigerant phase-out: How can companies prepare?

Posted on by Lindsey Burbee

What is R-22?

R-22 is an HCFC (Hydrochlorofluorocarbon) refrigerant found in older commercial and residential HVAC equipment, such as RTUs (roof top units), split systems and other equipment.  R-22 and other HCFC refrigerants are known to deplete the Earth’s protective ozone layer and contribute to harmful climate change.

The US has slowly been phasing out the use of R-22 per the following phase-out schedule:

  • 1/1/2010: The US government banned the use of R-22 in new HVAC equipment.
  • 1/1/2015: The US government bans the production and import of all R-22
  • 1/1/2020: The US government will ban the use of all R-22 (with a few exceptions).  This will be the end of the road for R-22 use in the US.

NREL (National Renewable Energy Laboratory) estimates 40 million commercial RTUs (roof top units) were installed in the US, in the decade prior to 2010.  The US Department of Energy also estimates that are at least 1.6 million old, low-efficiency RTUs in operation in the US.  This means there is a huge tidal wave of R-22 equipment in operation that will need to be replaced in the very near future.

How does the 2020 ban affect me?  R-22 costs have skyrocketed and are already more than 4X the cost/lb. of R410A. Older R-22 units have much lower EER ratings and are as much as 50% less efficient than current-day high-efficiency units.  In most cases, older R-22 RTUs cannot be converted to R410A refrigerant, and the older units will need to be replaced with a new, more energy efficient, more environmentally friendly RTUs.  It is already cost prohibitive to repair older R22 units, and the “fix-on-fail”, emergency replacement philosophy will be MUCH more expensive than a pro-active roof-sweep or planned equipment replacement program.

How can I best prepare for the phase-out, and where should I start?  I recommend companies start with an HVAC inventory of their older equipment, in addition to a detailed survey of all their facilities to verify the age and condition of all HVAC equipment, including newer and older HVAC equipment.  I also recommend involving a national or regional HVAC installation partner, and an independent, national testing, balancing and commissioning partner such as Melink Corporation to provide the unit data and a complete assessment of the entire mechanical system.  The survey should include duct-work inspections, inspection of the RTUs and exhaust fans.  Additionally, air-flow measurements should be recorded to verify proper building airflows and identify existing air-balance issues.  If the entire HVAC system is not inspected, the building will often continue to have comfort problems and building balance issues, even after the new equipment is installed.  The positive effects of the new, energy efficient HVAC equipment will not be fully realized, resulting in a lower-than-expected ROI.

  • For further information on HVAC surveys and other custom scopes of work, please e-mail [email protected] or call us at 513.965.7300.

Healthy Buildings & Employee Performance: The Next Revolution ?

Posted on by Lindsey Burbee

Do you want to optimize your employees performance by 299%?  Increase cognitive ability in strategy development by 288%?

Yes! Of course, we all would love to fully optimize ourselves and those around us to maximize our potential and impact on the world.  What if the answer was all around us, literally allowing us to live, and also invisible.  According to new research focused on indoor air quality in the work place, there is a tremendous opportunity to move beyond “green” buildings and ensure we work in “healthy” buildings. 

Source: Natural Leader: The Cogfx Study

The COGfx Study, while limited to 24 participants, demonstrated that improved indoor environmental quality doubled cognitive testing results in buildings with enhanced ventilation versus conventional buildings.  The study distinguished between three building types; Conventional, Green, and Enhanced Green.  Within these building types the focus benchmarks were Carbon Dioxide levels in parts per million (ppm), ventilation rates expressed in cubic feet per minute (CFM) per person, and Volatile Organic Compounds (VOC) in micrograms per cubic meter. It’s also worth noting that building used was already a LEED Platinum certified facility, thus there’s likely more room for increased scores when comparing older existing buildings.

Source: Natural Leader: The Cogfx Study

The study explores the decrease in energy efficiency, which could be viewed as a negative, however relative to the increase in employee productivity and lost time due to sickness the savings can be dwarfed.  The noted increased cost per occupant in energy consumption is $400/year, however the study suggest a 6 x return in sick leave reductions alone relative to the increased energy cost.  Factor in the potential for increased productivity for one of the biggest operational cost for any company, the people, and the energy penalty is worth the investment.

While Melink is focused on energy efficiency, we’re also not blind to the impacts of IAQ and built our corporate HQ as a LEED Gold facility, later upgraded to Platinum.  In addition to the LEED standards, we also monitor in door CO2 levels via sensors and increase ventilation rates via a HVAC purge sequence once the room exceeds 800 ppm in CO2.  On average, the general office area CO2 levels hover around 600 ppm and are aided by the addition of live plants which produced an average drop of 100 ppm in CO2.

This focus on IAQ has led us to the development of a new product, Melink PositiV, to help ensure proper positive building pressure and CO2 levels in commercial buildings. The aim is to provide a simple solution for one of the biggest problems in all buildings, restaurants and retail locations; negative building pressure.  The standalone device will monitor pressure, temperature, relative humidity, and CO2 levels and provide a picture of building health and trends.

Top 3 Points to Consider Before Scheduling a Balance

Posted on by Lindsey Burbee
  • HVAC equipment is installed and operational.

This one seems like a no-brainer, but there are always occurrences when Melink arrives to perform a balance and necessary equipment either hasn’t been installed or isn’t properly operational. Examples might include VAV’s or dampers that haven’t been installed, or a RTU that isn’t operational.

Ensuring that all ductwork has been completed, balancing dampers are properly installed, any grilles, registers and diffusers are installed, and the RTUs have clean filters helps make sure that Melink can provide a proper air balance, as well as mitigate any potential return service costs. Making sure that all equipment (especially RTUs) has undergone a proper start-up to confirm power should always be completed ahead of Melink’s arrival.

  • All HVAC equipment can be easily accessed.

Another hindrance to any proper test & balance is not being able to access the necessary equipment. This includes equipment installed inside the building, as well as equipment on the roof. When working with a customer located inside a mall or shopping center, security and approved roof access becomes another added component that must be considered.

Melink typically requires assured access to all applicable HVAC system equipment, including RTUs, VAVs, Exhaust Fans, dampers, etc. Access to fully open dampers, ceiling-height diffusers, and thermostats that may be in an office is necessary to properly complete the balance. Our Account Coordinators will also discuss roof access, security measures, and accessibility to ladders or lifts.

  • Allotting adequate time (2-3 weeks) to schedule and complete the balance.

Though some seasons are busier (or slower) than others, our goal at Melink is to provide every customer the same level of service excellence no matter the time of year. This includes communication with the customer, scheduling the site visit with one of our National Network technicians, performing the balance and working with the customer on any punch-list items, and finally, providing a certified test & balance report.

Our team of National Account representatives and technicians work with the customer through each step of the process. Scheduling service with Melink approximately 2-3 weeks out from turnover will help to ensure a proper and complete balance, and enough time to work through any punch-list items or lingering comfort issues for the customer.

Want to learn more? Contact us today!

A Good Time For Technology

Posted on by Lindsey Burbee

Future of Technology

“Life moves pretty fast.  If you don’t stop and look around every once in a while, you could miss it.”  In my estimation, this quote from Ferris Bueller is more relevant now than when first uttered.  We’re in a period where everything continues to speed up. We’re moving along at breakneck speed to get to the next task, the next meeting, the next event, that it’s often easier to keep your head down.  The downside is that it’s easy to miss some of the amazing things happening in the world due to technology.

Smartphones

Smartphones, for example.  In the span of just a few years they’ve managed to become a nearly indispensable tool.  Gone are the days of proud parents stuffing their wallets with photos – you now have a literal gallery at your beck and call.  Simply carrying the phone gives us the ability to capture those special moments that in years past may be missed.  Try remembering what life was like travelling to a new city before we started carrying portable GPS units in our pockets.  What would previously take hours of planning is now done in minutes (if not seconds).  That’s not to say the consequences of ‘pocket computers’ have been beneficial, but I’d argue the good outweighs the bad by a significant margin.

Furthering Technology

Imagine opportunities to create new technology.  Instead of further connecting people (like the smartphone did), think of developing the next generation of sustainability.  Advancing business capabilities to reduce the amount of energy they consume and to make facilities healthier.  To help build intelligence that create win-win scenarios for companies and consumers at the same time.   Regardless of anyone’s beliefs on climate change and why it’s happening, it’s clear that the climate is changing.  Another thing that has been clear for some time is that the resources that we have on this planet are finite.  Finally, we’ve also learned that the cheapest energy of all is the energy that doesn’t get used.

Make an Impact

Right now, there is such an opportunity available.  Melink is actively searching for an Embedded Software Engineer and an Application Developer who would like to join our family as we continue our journey towards a brighter, more sustainable tomorrow.  We’re growing our sustainable offerings. These offerings include energy-saving demand controls for commercial kitchens (Intelli-Hood), innovative geothermal solutions (Manifest), and HVAC commissioning (Test and Balance). Melink is about to release an innovative new building health monitor (PositiV) and has more innovation on the way.  We’re also creating an awesome Portal that will connect our employees, technology, products, and customers with a clean, intuitive interface. This will create new applications to expand the reach of our hardware and improve the work-life balance of our employees.  Help us build the new tomorrow.

Apply online here

PACE Helps Fund Melink HQ2

Posted on by Lindsey Burbee

Word is spreading that we have started construction on one of the greenest buildings in the U.S.  Melink HQ2 will not only expand our corporate campus for future growth, it will also serve as a model for how to design and construct Zero-Energy Buildings.

What is lesser known is how this project is being financed.  Yes, traditional equity and debt will pay for 80% of this $5 million project.  There is no getting around the fact that concrete, steel, and glass costs money and plenty of it.

But the other 20% of this project will be financed by PACE – which stands for Property Accessed Clean Energy.  This is a smart way to fund energy efficiency and renewable energy improvements that might otherwise get axed from consideration because of budget constraints.

Basically, PACE financing is a long-term loan that gets paid over the long term by the energy savings of the above stated improvements.  However, rather than calling it debt, it is recognized as a property tax assessment based on the increased value of the improvements.

In this example, Melink will be able to make $1 million worth of energy efficiency and renewable energy improvements and pay for them gradually over the next 30 years through an assessment on our property taxes.  In other words, the energy savings will cash-flow the incremental value.

This is important for the building industry to understand, including developers, architects, and construction firms.  The reason is, investing up to 20% on energy improvements can make the difference between a zero-energy building and an energy hog that cripples your business.

There is no personal guarantee required and no additional debt on your balance sheet.  You get a fixed rate with fixed payments that can be passed onto your tenants through a triple-net lease.

Moreover, it allows you as the building owner and/or tenant to market your sustainability mindset and accomplishments.  And with growing pressure from customers and employees to be part of the solution, there is no excuse for not doing the right thing.

For our project, Ohio PACE and CenterBank have been indispensable partners to making this financing possible for us.  In your state, it might be someone else.  Either way, if your clients don’t know about this financing tool, you need to educate them on it.

Leading by example is one of the most important things we can do.  And with PACE financing, we hope to show countless other building owners and professionals that zero energy buildings are not only proven and practical, but also profitable.  Today.

Considerations for a Successful HVAC Equipment Upgrade Program

Posted on by Lindsey Burbee

Have you ever replaced old HVAC equipment just to find that, after spending a lot of money, the comfort issues you were experiencing previously are still there?  Or you now have new problems that weren’t there before?  Your HVAC operates as a complete system, and the new equipment is only as good as its installation quality and the existing system it is connected with.  Here are some tips to help you get the most out of your HVAC equipment upgrade program.

  1. First, be proactive.  Get ahead of HVAC issues before they get worse or before they occur at all.  The more proactive you are, the lesser the negative impacts to your facilities operating budget, revenue, customer relations, and human resources.  On the flip side, with a fix-on-fail approach, you deal with costly emergency repairs, you have high energy costs from inefficient equipment, your revenue and customer relations suffer as uncomfortable customers take their business elsewhere, and your human resources incur lost productivity and even turnover of employees due to uncomfortable/unhealthy working conditions.  Not to mention the effect on your stress level when you have to deal with HVAC breakdowns!
  2. Start with a site survey.  You need an accurate inventory of your existing HVAC equipment, so you can make decisions on what to do with it.  Be clear about what information you need to have collected from the field, information that will enable you to make a thorough evaluation and meaningful recommendations.  Examples include equipment age, condition, features, operating measures, and so on.  Remember that your HVAC is a system, made up of many components all working together.  The focus can tend to be limited to the heating/cooling equipment, but there are also other pieces of the system that are very important, such as exhaust fans, ductwork, air grilles, and controls, to name a few.  Issues with these other components could limit the effectiveness of any new heating/cooling equipment.  The system is only as good as its weakest member.
  3. Assess the data.  Review the data returned from the site surveys to assess the overall scale and scope of your upgrade program.  Determine your trigger points for repair versus replacement, such as equipment age, condition, and efficiency.  This is the methodology that will help you to objectively decide whether you will continue to invest in a piece of equipment or replace it altogether.  In grading the equipment, this could be a simple, Green – Yellow – Red system of classification.  Green meaning ‘do nothing’, the equipment is good as-is.  Yellow meaning ‘repair’, the equipment has some issues that can be corrected at relatively low cost.  Red meaning ‘replace’, the equipment has completely failed or is no longer worth investing in.
  4. Prepare a scope of work.  Apply the previously prepared methodology to your entire equipment inventory.  This then becomes your scope of work for each site.  Put the scope in writing and be clear about your expectations.  Your equipment suppliers and installation contractors will need this scope in order to provide you with accurate estimates of cost and lead time.  This advanced planning, budgeting, and coordination will help to ensure the subsequent execution of the work goes smoothly.
  5. Consider the timing.  Equipment suppliers and installation contractors tend to be busiest in the summer and early fall months when construction activity peaks.  Avoiding these times helps to ensure you have the support you need, and your costs may be lower.  Plus, upgrading before summer helps to prepare your facilities to handle the hot/humid weather ahead.  Any temporary outages of heating/cooling that may occur while equipment is being repaired or replaced is less impactful on the facility operations during times of milder weather.
  6. Vet your partners.  Working with the right people makes a world of difference.  Partner with suppliers and contractors who are trustworthy and reputable.  Make sure they have experience with your type of facility and HVAC system, and are qualified for the services to be performed.  With the right team, you can accomplish most anything.
  7. Inspect the work.  After the equipment is repaired or replaced, it is imperative that it be inspected, tested, balanced, and commissioned in order to receive the full benefit of your capital investment.  This is your final assurance that you get the quality and performance expected out of your HVAC system.  When issues are uncovered during this process, be sure to have them corrected by the suppliers and contractors while they are still under warranty.  If left unaddressed, those issues will become headaches and costs to your facilities and operations teams later.

Managing an HVAC equipment upgrade program can be a daunting job.  When it is handled in a proactive and organized fashion, and includes the right partners, the results can be extraordinary.

The 3 Most Common HVAC Problems During Winter

Posted on by Lindsey Burbee

To quote a critically acclaimed HBO television series, “winter is coming, and we know what’s coming with it.” While it may not be as bad as the army of the dead, we can expect winter to bring about a variety of HVAC issues that can cost more pennies than shivers. Here are the top three most preventable winter mishaps, and how they can be avoided with a little DIY maintenance.

  1. Frozen Pipes

Besides fire, a building’s biggest enemy is water. Only this time of year, unwelcomed water doesn’t come in the form of humidity or a leaky roof, rather, in the form of solid icy pipes. Many building owners will try to cut costs by not heating their buildings at all times while completely unaware that above ceiling and sub-floor spaces can fall below zero in extreme cold weather. These spaces are home to water pipes that can freeze and burst causing un-flushable toilets, compromised showers, inaccessible tap water, and not mention, outrageous repair costs. The residual heat from the livable spaces above or below these pipes help to keep temperatures above freezing, so setting the thermostat to at least 65 °F throughout the day and night should keep the water flowing. In addition, be particularly aware of areas that are unheated or are constantly exposed to the elements like garages, loading docks, and basement storage rooms. Insulated pipes and walls will help to seal the deal.

  1. Uneven Airflow and Temperatures

Depending on the season, air is circulated throughout a building in different ways. Cold air falls which is why in the summer months, closing floor vents to allow more air to diffuse from ceiling vents is most effective in cooling a space. The opposite is true in the winter months where rising warm air is best circulated from floor diffusers and baseboard radiators. Knowing these trivial properties about air temperature can best optimize how your building is heated or cooled, so let the cool air fall and the warm air rise!

  1. Dirty Furnace Filters

While problems that arise from dirty or clogged filters are not unique to the winter, it’s still one of the most common culprits for defective air conditioning. A unit’s air filter removes particulates from the pre-conditioned air and allows the clean air to be conditioned and distributed. If a filter is clogged, airflow is reduced, and the terminal units will have to run longer to achieve desirable space temperatures. In the colder months, the air becomes dry which can dehydrate a person’s skin as a result. With dead skin cells making up 70 to 80 percent of dust content, it’s no wonder that the winter sees some pretty dirty filters. Changing an air filter is one of the easiest, cheapest, and most effective way to ensure maximum heating outputs which is why new filters should be installed before every season.

These winter mishaps are snow laughing matter, but just like bad puns, they’re easy to spot. Keeping these three common maintenance issues in mind will allow you to brave the cold and keep cozy all winter long.

Noise! Noise! Noise! Reduce The Noise!

Posted on by Lindsey Burbee

The Holidays are upon us, with all the excitement and the parties. As the Grinch says, “And Then! Oh, the noise! Noise! Noise! Noise! There’s one thing I hate! All the NOISE! NOISE! NOISE! NOISE!”

Now, I am no Grinch about the holidays, but prior to my tenure here at Melink I worked for nearly 10 years as an Environmental Health and Safety Manager within a large chemical facility, and there were various work areas which exceeded noise thresholds requiring hearing protection. It was LOUD. This is where I became cognoscente of NIOSH (National Institute for Occupational Safety and Health) standards for hearing conservation,

NIOSH states continued exposure to noise above 85 dBA (adjusted decibels) over time will cause hearing loss. The volume (dBA) and the length of exposure to the sound will tell you how harmful the noise is. In general, the louder the noise, the less time required before hearing loss will occur. According to the NIOSH, the maximum exposure time at 85 dBA is eight hours.

Although we may not be able to control the noise of the holiday party or the loud toys the children will receive on Christmas day, perhaps within the working environments of commercial kitchens we can make drastic improvements and reduce the overall noise level.

Studies have been conducted over the years and dependent on many variables such as the size of the kitchen spaces, the duration of peak activity, and other various factors the overall noise level at times approach or exceed the 85dBA level, sources show a typical restaurant operates at 80 dB, although this value does not trigger hearing protection, some restaurants are known to reach 110 dB at times which is the noise level of a jackhammer! Think of the last time you were at your favorite restaurant and seated near the kitchen entrance versus the opposite side of the room.

Demand control kitchen ventilation can help not just provide energy savings but also reduce the noise levels drastically, especially over an 8-hour timeframe for employees in the kitchen spaces. When researching kitchen exhaust fans one will find that the noise levels are reported as a “sone” which depending on the static pressure of the design the noise levels can vary. A sone is a unit of loudness, how loud a sound is perceived. Doubling the perceived loudness doubles the sone value. Within fan specs of kitchen exhaust fans manufacturers indicate the “Sones” level for example a 5hp kitchen exhaust fan has a sone level ranging from 16.5 to 26 sones dependent on duct design. Per the decibel level and sones conversion chart this is equivalent to around 68.3 to 74.9 dB!

Now considering utilizing a temperature and optic based demand control kitchen ventilation, such as Intelli-Hood, can reduce fan speeds by 30-45% average fan speed over a 24hr period consider the reduction of noise exposure this provides. It is not uncommon for customers post installation of a Melink Intelli-Hood system to recognize significant noise reduction, many times commenting that during food prep hours, although the fans are “turned on” they operate at a minimum speed and it sounds like they are not even operating!

Perhaps you are in a position of influence of the decision to retrofit Demand Control Kitchen Ventilation, or perhaps evaluating and analyzing the opportunity for a client. Remember that there is more savings than simply energy that can be considered when evaluating demand control kitchen ventilation.

Headquarters 2.0

Posted on by Lindsey Burbee

Another major step on our sustainability journey will be the design and construction of a second headquarters in 2018 and 2019. As Melink continues to grow, we will need more office and warehouse space than our first building can provide.

Fortunately, we have the land next to our current HQ1 in which to build HQ2. It will be of a similar size and layout – with the courtyard facing our current building. And like our first building, it will be super-green. Except our second building will take green to a whole new level!

In addition to it serving our future workplace needs, it will serve as a model Zero-Energy Building (ZEB) for architects, engineers, and contractors to learn ZEB best practices. The goal will be to show a cost-benefit analysis that will make other building owners want to emulate and mainstream ZEB.

A growing segment of the building industry is calling for all new buildings to be Zero-Energy Building by the year 2030. We want to show that this can be easily achieved, 10 years ahead of schedule, with a relatively simple design strategy.

Since the largest energy loads in most commercial buildings are lighting, HVAC, and hot water, we will focus on showing how these can be minimized – and offset by a slightly greater amount of solar PV electric generation. Nothing new, except HQ2 will do this better than HQ1.

But the main innovation will be around our super-hybrid geothermal HVAC system. Don’t worry, we’ll figure out a cool brand name for it. The point is, this new system will help advance the energy savings of geothermal without the high cost normally associated with it.

If you think we have received lots of regional and national attention with HQ1, wait until you see what happens with HQ2. Through countless tours and presentations, we will influence thousands of additional building professionals and continue building a green brand unlike any company.

By the way, if any of you would like to work in this new super, high-tech, and beautiful workplace, you better get an electric car first. Because only EVs will be permitted to drive and park on its new green parking lot of the future.

The Melink Energy Revolution is just beginning…