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IES TaP for LEEDIn our last article on project management, we called upon the famous words of Mike Tyson to discuss design team management and achieving your desired certification.

This time we’ll put our boxing analogies aside and instead focus on the insight and knowledge of the team behind IES TaP, our online project management system. They’ve come together to create these five tips for successful management of the LEED® certification process.

1) Plan to succeed

It is important that at the very beginning of the project, the certification goal is identified, measured and communicated effectively to the design team. As simple as this sounds, there is a lot of value in having conversations to make sure everyone is on the same page about the goal and how to get there (realistically).

In the planning stages, it is important to target credits and measure the likelihood of achieving the points within those credits. And yes, IES has a tool for that. IES TaP allows the user to simulate/test multiple scenarios and helps inform the right approach to take on the project to achieve the desired certification goal.

2) Closely monitor progress

It is essential to keep close track of your LEED projects at all times, watching for any issues that may cause a setback to your project achieving its certification goal. Unplanned hiccups hold projects back. Having an understanding of how these mid-project adjustments affect the projects as a whole can mean the difference between earning LEED Gold and Platinum status.

The visual dashboard incorporated in IES TaP allows you to see all of your current projects in one place and monitor their progress toward certification in real time. At the individual project level, you can also view the credit and documentation progress per section and monitor the progress of individual team member responsibilities.

3) Communication is key

The project team must communicate and collaborate well as they work toward achieving the project certification goal, ideally while being managed by an experienced LEED AP. It is important that the project team is clear on their individual responsibilities and the progress the project is making and have the ability to highlight where there may be input from other team members or the project LEED AP required.

IES TaP provides a breakdown of the individual documentation requirements and allows each requirement to be allocated to a team member. With automatic e-mail reminders for project team responsibilities, everyone on the team is kept aware of what is required of them in order to submit the project for certification on time, giving the project manager one less thing to think about. If someone on the project team is not pulling their weight, there is a helpful project notification that the project manager can send which contains all the pertinent information of the project status and team member responsibilities. Everyone knows who has to provide what and by when.

4) Know your credits

Make sure all team members have the relevant guidance from the USGBC on hand, filtered so that the relevant information is available for the credit being worked on.

IES TaP gives you access to the USGBC credit library at credit level, access to LEED Online forms and real-time synchronization with LEED Online. LEED APs can also supply specific guidance on the credit to assist team members through the public commenting system or create additional custom requirements and assign responsibilities as needed.

5) Work smarter, not harder

Make sure the engagement with LEED requirements is no more onerous for the project team than it needs to be. The benefit of using a tool like IES TaP is the ability to cut down the project management workload, helping the design team work in as smart a way as possible.

To find out more about IES TaP for LEED, check out our new IES TaP for LEED video, sign up for one of our free webinars and try the software firsthand using our 30-day trial.

This article was originally published on the USGBC website.

Kim-Interview
The AIA recently issued a press release announcing the findings of its AIA 2030 Commitment 2014 Progress report.
The report showed that nearly half of energy-modeled projects met or came close to meeting 2014 carbon reduction targets, with a quote from the press release saying “Quite simply, energy modeling presents the greatest opportunity for architects to realize more ambitious energy-saving in their design projects.”

The press release featured industry experts who agreed that energy modeling is key to reaching carbon neutrality in buildings. We interviewed one of the experts, Kim Shinn, a Sustainability Wizard at TLC Engineering for Architecture, to find out more of his views on energy modeling and the benefits of an integrated design workflow.

Why is an integrated design process, where the architect, engineer, owner, developer, and contractor are a critical part of the concept modeling stage, so important to creating sustainable buildings?
A couple of reasons come to mind.  The first is the principal that the earlier you can make an informed decision, the greater its impact on the building’s potential to perform well and the lower it will cost to implement. The second is that each member of the team brings special knowledge, perspective and experience to help inform those decisions – we benefit in the whole having greater knowledge than the sum of the parts.

Why is it so important for Architects to incorporate energy modeling as part of their design process?
All building performance simulations, not just the ones that model energy performance, are incredible tools that open a window into the design process.  Buildings are complex, comprising interactive elements and systems that defy the human mind’s ability to integrate all that information to develop design solutions and evaluate alternatives.  The decisions that project teams must make, especially the architects, from siting and orientation, to massing, to fenestration, to program area assignment, all the way down to envelope constructions are best informed when the architect understands the energy implications of those decisions, along with cost, aesthetics, function and human health and wellness.  Architects have to balance all those factors and the more information that they have about them, the better decisions they can make.

What do you think makes Architects hesitant about energy modeling? What are the obstacles to the uptake of energy modeling?
Energy modelling tools, especially the ones with a lot of power and capability, can be very complex and intimidating.  I frequently tease architects that energy models are powerful and complex tools, and as with many powerful and complex tools, an inexperienced operator can be maimed if not careful.  Also, the output of some of the older tools have traditionally been mostly numerical and not easily or quickly understood without a lot of “post-processing”.  Understanding and effective use of an energy model depends upon the user’s ability, skill and knowledge of building science.  Unfortunately, some architects are intimidated by “science” and think that “science” is the province of engineers.  So, I think architects are hesitant because they fear that they won’t be able to use the software and/or understand the model’s results without having to hire a consultant (normally an engineer).  Who wants an engineer around during design anyway – their vocabulary usually starts and ends with “no”.  Architects think it will take too much time and money (especially if they have to pay a consultant to do it).  Therefore, the obstacles:  knowledge, time and money.

Do you think concept energy modeling is enough? Is there a need for more detailed energy modeling at the early stages to uncover innovative strategies?
Concept modeling is a start, and needs to be more widely used.  If it becomes more routinely used, I think teams will see that there are opportunities to investigate novel and innovative strategies at early stages of design – especially to determine if further, more intensive investigations are warranted and feasible.

In your experience of using IESVE do you think it enables more detailed analysis at early design stages? If so can you explain how it does this?
Without question.  The integrated suite of solar, daylighting and glare analysis, wind and ventilation modeling, along with the energy analysis offered in the VE sets it apart in its ability to figuratively “open the windows” [pun intended] for looking at any number of early strategies that help shape the building’s architecture.  Effective daylighting and natural ventilation depend so much upon building form, fenestration and orientation that it is difficult and usually prohibitively expensive to develop and implement good solutions after those decisions are made in the absence of the information gained from simulations.  The VE also has enormous power and potential to influence, not only energy performance, but also the health and wellness performance of buildings, especially when it comes to occupant comfort and productivity that results from good daylighting, indoor comfort and natural ventilation.

Do you think the AIA guide will have a significant impact on increasing the amount of projects that use an integrated design process?
The Institute is incredibly influential.  It is trusted by its members, as well as the greater design and construction community, for the quality of its educational offerings as well as for helping shape the culture of the design practice.  The education materials developed, as well as the policies adopted and advocated by the Institute have the potential to change the way architecture is practiced, not only in North America, but around the world.  And these changes affect the way real estate development happen – all the way from client expectations to project delivery to actual performance.

Do you know of any good project examples that have used an integrated design process and are achieving good results? Can you share these with us?
I daresay that any Living Building or LEED Platinum project is an excellent example of an integrated design process.  In fact, it is almost inconceivable to think of achieving those levels of performance without using integrated design processes – short of spending inordinate sums on “buying points” and excessive renewable energy capacity.  While we have many, many examples of these projects, I’ll just cite one.  The fitness center at Tyndall Air Force Base is the US Air Force’s first LEED Platinum building, and the first LEED Platinum project administered by the US Army Corps of Engineers.  The architect was Atkins and TLC provided the building systems engineering.  The Air Force wanted to use the project as an educational demonstration project, to demonstrate how integrated design and incorporating early energy modelling could achieve high performance goals – they wanted the project to demonstrate how to achieve LEED Silver level on a “conventional” building budget.  I think it speaks volumes that we were able to achieve Platinum on a pre-LEED budget.  We used energy modelling at the concept phase to influence site orientation, massing, and fenestration approaches to minimize solar gain and maximize daylighting potential, as well as to maximize the solar photovoltaic and solar thermal potential of the building for no capital cost impact.  We used energy and daylight modelling to size the window apertures and glazing material selections during design development, as well as to optimize the equipment sizing, achieving significant capital cost savings over more “conventional” approaches.

Are you ready for Greenbuild 2014?

Posted: October 20, 2014 by , Category:events, LEED, Modeling

As we gear up for Greenbuild this week in the cultural hub that is New Orleans, we’re asking attendees ‘Are you ready?’  

With stricter code compliance regulations such as Title 24 coming into place and voluntary rating systems  like LEED V4 and ASHRAE Standard 189 introducing more stringent performance based pre-requisites, it is becoming clear that the industry needs to be ready to use a performance based simulation approach across the entire building lifecycle.

Code Compliance such as Title 24 and DOE Federal Incentives, based on ASHRAE 90.1 and ASHRAE 140 mean that demonstrating compliance in more and more states now require a model based performance approach rather than a prescriptive one. At the same time, LEED V4 is putting much more emphasis on performance across design, commissioning and verification and becomes the new standard June 2015.

This year at our stand (#1509) at Greenbuild we’ll be showcasing how users of IESVE can use their VE model across the entire building lifecycle, from demonstrating code compliance through operation and retrofit. IES is the only solution to provide this one model appropriate for all approach, allowing you to achieve LEED V4, Title 24, M&V and Commissioning, all through the same VE model.

We’ll also be launching our brand new ERGON Cloud service at Greenbuild, allowing users to import, manage and interrogate real building schedules and use them in VE simulations. Find out more here and avail of the 20 free credits on offer.

And we’ll be presenting an interactive demonstration of our IES TaP for LEED tool as part of ‘To infinity and beyond: A tour of LEED® Online and other project team support tools.’ The session will take place in the Interactive Lounge on Wednesday, 11:00 am-12:30 pm. You can register here and take advantage of our IES TaP for LEED 2 for 1 special offer by emailing sales@iestap.com or calling 404.806.2018.

Check out our Greenbuild ‘Are you ready’ social cards below and let us know you’re ready by connecting with us on Twitter, Facebook or LinkedIn. See you in New Orleans!

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Walgreens ProjectIncreasingly, more and more companies are starting to pay attention to the fact that they need to be more sustainable and reduce their energy consumption. Not only is energy a major factor of most businesses operational costs, energy prices are continuing to rise and show no signs of stabilising anytime soon.

The cost of energy is overtaking all other variable costs in most industries. From 1993 to 2006 the cost of natural gas increased over 250 percent. And during this same period the cost of fuels and power increased over 110 percent. Managers are asking, ‘How can we better manage these costs?’ and ‘How can we better utilise our resources?’

Companies are also now recognising that their customers expect them to be part of the national and global energy sustainability solution. With stringent government energy targets on the agenda as well as the need for transparency via the likes of Corporate Social Responsibility reports, businesses must show that they are undertaking strategies to help meet our current and future energy demands in an environmentally responsible way.

It’s for these reasons that our team at IES have been busy using our technology to create a unique process called CI2©, that helps building owners to eliminate hidden waste and find resultant cost savings. In the past identifying hidden waste has typically required looking at each control or analysing utility bills and having a ‘gut-feel’ as to the source of a problem area. This has led to energy waste remaining undetected, draining resources for years. Now, break-through advances in building simulation technology and the creation of Ci2© means that you can collect and investigate your actual energy usage, as recorded by your Building Management System (BMS) or your Automatic Meter Readers (AMR), to pinpoint exactly when and where your buildings are wasting energy.

Companies such as John Lewis in the UK and Walgreens in the US are already seeing the benefits of this. By comparing how their stores are performing against enhanced virtual models of how they could be performing, they’ve been able make informed investment decisions about how best to upgrade core plant equipment, improve the fabric of their buildings or add ‘green’ technology such as voltage optimisation, LED lighting or solar VP.

Let’s look closer at the Walgreens project. Walgreens have set a target to reduce its energy use by 20 percent in every store by 2020, but that mission alone isn’t enough for Walgreens: It has decided to go steps further and build the nation’s first net-zero energy retail store, located outside of Chicago in Evanston, Ill. The project anticipates earning Net-Zero Energy Building Certification by U.S. DOE standards, and LEED Platinum, Living Building and Green Chill Platinum certifications. Walgreens estimates the store will use 200,000 kilowatt hours per year of electricity while generating 220,000 kilowatt hours per year. As the store will serve as a living laboratory, Walgreens has made an investment in energy metering, building automation and measurement and verification. Using IES technology and its Ci2© process Walgreens are tracking and regulating the performance of the building very closely to ensure it performs as predicted and achieves their Net-Zero target. Since opening in November 2013 the store is on target to achieve its goal after the first year of opening.

Commercial buildings utilise more than 42% of all electricity produced, yet waste up to 50%. It is clear that looking at innovative ways to manage energy use across the building portfolio offers very substantial savings. There are a myriad of things companies could be doing to reduce their energy costs. The challenge is working out what actions will generate the biggest return for their organisation, small actions can immediately be put in place to generate savings, therefore, self-funding further building improvement plans. Many companies are just embarking on this journey while others are way ahead and making steady improvement.

So what is your company doing to prevent energy waste? Is it utilising technology and processes like those IES provide to continually monitor and evaluate your building to prove various options that will save you both energy and money? It should be.

For more information you can visit http://www.iesve.com/building-operation

ies-tap-leed-v4

Those are the words of former heavyweight champion of the world, Mike Tyson. I think Mike could have been reflecting on how planning gets you half way there, but it’s the ability to then manage and adapt your plan that ultimately determines success.

But then again; maybe he was just talking about punching people in the face.

Let’s take the boxing analogy further here. Say your building design team is your prize fighter and the coveted LEED certification is your World Champion title. You need to be able to manage the design team and keep it in the best shape, in order to pre-empt and react to any (metaphorical) “punches in the face.”

When Integrated Environmental Solutions Limited answered USGBC’s call for technology partners, we set out to create something that set up project teams to handle any bumps in the road they came across. Enter, IES TaP for LEED, this project management tool manages, streamlines and informs throughout the certification process, all the time keeping the focus on achieving that desired LEED rating.

Accountability + Communication

With IES TaP, responsibility is assigned to each individual documentation requirement, not just responsibility for the credit, along with a date required, giving a greater level of management and tracking of the documentation gathering process.

IES TaP also automatically sends email notifications when documentation is uploaded, or is overdue, and project update notifications throughout the project keep the whole team up-to-date with the current progress of the project and their remaining responsibilities. Project updates happen in real time in the IES TaP collaboration portal and can be viewed at any stage during the project, so the whole team can see exactly what documentation is outstanding instantly, and which credits have been documented, at any point in time.

In a nutshell, we take a lot of the pain out of project management by holding team members accountable for completing their assignments, reminding them to complete their documentation, reminding them of due dates and keeping track of what each team member has already completed.

IES TaP directly populates rating system documentation requirements from USGBC online credit library, and with seamless integration with LEED Online and LEED forms for V4 and 2009 projects, you can make sure the project you submit becomes a contender and project teams can ‘box clever’.

If you want to find out more about IES TaP for LEED, check out our introduction movie, sign up for one of our free webinars and finally try the software first hand using our 30 day trial.

Taking the Stage at Greenbuild 2013

Posted: November 15, 2013 by , Category:events, LEED

IES presenting at Greenbuild 2013

When our team arrives in Philadelphia next week, they’ll be marking IES’s 10th year in a row at Greenbuild. In that time we’ve created a bunch of tools to streamline and assist the LEED certification process, we’ve covered 3 versions of the system {US, Canada and India}, we’ve

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become a LEED Automation Partner, we’ve been involved in the development of LEED V4, and our consulting team have worked on over 100 LEED projects worldwide. And just this week IES VP for North America Brenda Morawa was named in the USGBC’s 2013 class of LEED Fellows.

So this year to mark our 10th year at the show we’ve been selected to give two presentations that I’d like to fill you in on…

The two presentations we have been chosen to give are both in Greenbuild’s Special Set format. These sessions have only been running for four years, and are designed to invigorate traditional breakout sessions with alternative formats and new engaging environments featuring, unique stages, lighting and interactive presentation styles. You can see from the pic below that it’s not your average presentation format.

Special-Format

Taking the stage for IES will be Richard Quincey with his presentation ‘Next Generation Environmental Impact and Cost Analysis’ and Brenda Morawa and Todd Lukesh with their presentation ‘Next Generation LEED Measurement and Verification’.

Next Generation LEED Measurement and Verification {8 am, Nov 20 Wed}
Recent awardee of the USGBC’s LEED Fellow award, Brenda Morawa will take to the stage with recently appointed IES West Coast VP, Todd Lukesh to present to the audience on how you can leverage next generation developments in multi-dimensional modeling for whole building M&V assessment. Currently, the IPMVP calibrated simulation route to M&V is probably the least utilized – this session is concerned with this route and how to take it to the next level by using detailed BMS data across sub hourly time-steps.

Next Generation Environmental Impact and Cost Analysis {8 am, Nov 21 Thu}
Richard’s presentation focuses on the integration of Life Cycle Cost (LCC) & Life Cycle Assessment (LCA) into BIM. With the audience, he will investigate how to incorporate disconnected operational and embodied impact consideration to provide holistic resource-efficient buildings.

The session aims to provide practical hints and tips and engage the audience with an interactive Q&A session where they will hold up green and red cards to provide answers to questions they would have to consider when undertaking this type of analysis.

These sessions won’t be your only chance to meet the IES team next week. Liam Buckley of IES will be presenting “Studio CaseStudy: BIM Interoperability to Design for Zero Net Energy” at the Nemetschek Vectorworks booth #3456, from 10:15am to 10:45am on Wednesday.

As a USGBC LEED® Automation Partner, we also have a presence at the App Lab table in the LEED Certification Work Zone, Room 125, 100 Level. You’ll find us there on Wednesday, 9:30 am – 11:00am, showcasing our award winning online LEED project management tool IES TaP for LEED and offering one-to-one demos of the tool.

And of course there’s always the IES Booth, where our team will be happy to answer any questions you have, provide you with some of our awesome literature or give you a demo.

So ten years on. A lot has changed. But as you can see from the IES schedule some things stay the same; it’s going to be another busy week as we take to the stage at Greenbuild!

Ten Reasons to Visit IES at Ecobuild

Posted: March 1, 2013 by , Category:events, research, software

eb300x250exhibitorWith over 1,000 exhibitors at Ecobuild vying for your attention, here are ten reasons why you should take the time to come and meet the IES team at this year’s event…

1. The IES Sustainability Hub – One Year On: It’s now been a year since we brought our Sustainability Hub concept to the industry and this year we’re showcasing the successes of the Hub. At Stand N429 we’ll be demonstrating how our industry leading technology and expertise can give the ability to quantify, optimise and verify objectives through analysis, helping more rapidly deliver a sustainable future for our cities and buildings.

2. IMPACT Compliant Software Tools: Ecobuild will be your first chance to find out about our unique new integrated approach to whole-building evaluation and ensuring the most sustainable solution regarding building cost, operational efficiency, budget and embodied environmental impact across product’s life cycle is selected. The Life-cycle Assessment (LCA), Life-cycle Costing (LCC) and Capital Costing (CC) tools from IES now deliver these benefits direct from a BIM/CAD interoperable 3D model.

3. New Smart Energy Management Consulting: We’re also launching our new consulting service which will help you define and implement a measurable energy/carbon reduction strategy across your whole building portfolio. Come and see how our team can uncover hidden cost savings for your business.

4. Lessons Online Knowledge Sharing Platform: A website that supplies users with easy access to “lessons” learnt by construction professionals from their previous building design experiences – sounds good eh? Well that’s exactly what we’ve created with our new Lessons website. Sign up for free here.

5. IESVE for LEED®: Interested in our LEED® tools? Our experts will be on hand over the course of the three days to fill you in on our recent software and consulting developments which significantly help streamline and assist the LEED certification process.

6. IES TaP Updates: Heard of IES TaP? It takes the headache out of Green Building Ratings project management and submissions. You can now use IES TaP to streamline, manage and automate BREEAM, LEED, EcoHomes and Code for Sustainable Homes certification processes.

7. IES Research & Development: With ¼ of our turnover being invested in R&D, Research is now very much at the heart of what we do at IES. We are successfully involved in 10 publicly funded research projects: 4 from the Technology Strategy Board in the UK; 2 from SMART Scotland; 1 CIP-PSP and 3 FP7-PPP projects from Europe.  We have also just won 6 new European FP7 grant submissions to add to our ongoing Research and Development work. Come by our stand to find out about these projects or to find out how to collaborate with us in the future.

8. Innovation Zone: We have been chosen to present our new IMPACT Compliant tool (listed above) at the Innovation Zone, the M&S sponsored competition for the best innovations in sustainability. Join us at Stand N630 to view this innovation and cast your vote in person. You can also vote online here.

9. Presentation at the Nemetschek Vectorworks Stand: Our BDM Sarah Graham will be presenting “BIM and the positive impact it can have on the design process with regard to measuring sustainability” at the Nemetschek Vectorworks Stand (N420) at the following times: Tuesday 5th March – 14:30 // Wednesday 6th March – 15:30 // Thursday 7th March – 14:00.

10. IMPACT Seminar: Head along to Seminar Room 5 on Wednesday 6th March (14:30-16:00) for the IMPACT Seminar that will be led by Daniel Doran of BRE and features a demonstration of IMPACT by Richard Quincey of IES. Add to your planner here.

Winning BIM at Build Qatar Live 2012

Posted: January 11, 2013 by , Category:BIM

Just as 2012 came to an end; another feather was being added to the IES cap. A group

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of us at the India office took part in Build Qatar Live as part of the BIM Unlimited team, winning the award for “Best use of BIM for technical assessment”.

Build Qatar Live is a “48-hour virtual competition in which participants use cloud-based technology and a variety of software platforms to design a multi-use development for an internationally known site”. The brief of the competition was

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to design the ‘Museum of Architecture’ for Doha. The key component of the brief was to build a ‘Zero Carbon’ built environment, in compliance with the Qatar Green Building Council (QGBC), LEED and QSAS.

The BIM Unlimited team was made up of members from the Dominican Republic (Architects), UK (BIM Management), France (Energy analysis), Brazil (HVAC/ MEP) and India (Energy analysis). We were one of 12 teams competing among participants from 41 countries. In our team, different software such as Vectorworks, DDS-CAD, ArchiWIZARD, CadFaster, SimTread and of course IES VE, were used as part of the challenge.

Adopting a true Open BIM workflow using the IFC file format, it was refreshing to see a range of different disciplines, from architects and structural engineers to energy analysis experts, collaborating to meet one common goal. Being presented with the award for “Best use of BIM for technical assessment” was great recognition for the collaboration that had taken place over the course of the 48 hours.

All in all, it was a fantastic experience and a great opportunity to work on a multidisciplinary collaboration in the BIM domain. Working successfully with the BIM Unlimited team reminded me of the basic ethos we have at IES – “One team culture” and “work smarter not harder” – and showed me how these principals can also help a team achieve a successful BIM project.

TLC Energy Modeling Competition

Posted: December 19, 2012 by , Category:Modeling, software

During the summer you may have read the case study on our website that reported on TLC Engineering for Architecture and their commitment to selecting the Virtual Environment (VE) as their primary energy calculation tool, to utilize its advanced capabilities for HVAC loads and energy modeling, as well as helping their architectural clients with daylight analysis and modeling. The case study shows that with 300 employees and 11 offices, rolling out our software and educating their staff was not without its challenges, but a combination of face to face training and an internal user forum (initially monitored by IES) assisted the process.

I was curious to see the progress TLC were making with the VE since the case study was published, and that’s why I jumped at the opportunity when I was asked to be on the judging panel for an internal Energy Modeling competition that the company were running as part of their 1st Annual Green Week.

The competition was open to all VE users in the company and had two categories. The first was Best VE Project to Date, which required entrees to present their most interesting and significant project modeled in the VE to date. The 2nd competition was for Upgrade Design and Model, which challenged the company’s VE users to take a base building model, upgrade the design and present the results of their energy model. The winner for this category would be selected on the basis of greatest energy savings.

Each member presented their models for the competition in a live webinar on September 27th, with the winners being announced as Edward Gillet (Upgrade Design and Model) and Socorro Jarvisto (Best VE Project to Date). The video below is taken from the webinar which took place during the TLC Green week and features the competition’s two winning presentations.

So what did I think of the competition entries?

TLC’s commitment to sustainable design puts them in the highest echelon of integrated design firms in the US and I’m amazed with how quickly TLC Engineers have become VE-Pro experts.
The passionate leadership shown by the company is clearly complimented by the truly talented daylight, airflow and energy modeling capabilities their engineers express through VE-Pro.

For me, the ‘Best VE Model to Date’ project presentation highlights included the statements:
– “By modeling the solatubes, we achieved all 19 points available for LEED EAc1; Optimize Energy Performance.”
– “At an pEUI of 35 kBtu/sf/year; we realized our AIA 2030 commitment with a 60% energy saving.”
– “The resulting pEUI of the hospital was 108 kBtu/sf/year.”
– “I used the VE-Pro model to give the architect a small lesson in heat transfer”
The ‘Upgrade Design & Model’ Competition allowed some really innovative ECMs (Energy Conservation Measures) to be evaluated. The ECMs included double-skin façades, daylight harvesting, HE heat pumps, demand controlled ventilation and underfloor air distribution.

All in all I was hugely impressed with the modelling skills the team at TLC have shown and I’d like to thank them for letting me be a part of their Green Week celebrations. I can’t wait to see the future long list of net-zero buildings they will soon have on their resume.

IES TaP for LEED launched at Greenbuild

Posted: December 13, 2012 by , Category:IES TaP, LEED

The dust has just about settled after another hectic Greenbuild. If you were there in person or following online, it’s clear to see that this is the biggest and most anticipated green building conference of the year for a reason — it creates an energy and atmosphere that brings out the best in our industry.

If you were following our countdown to Greenbuild on twitter you’ll know we had a lot planned across the 3 day conference in San Francisco — presentations, workshops and manning our booth were just the tip of the iceberg! The most exciting part of our time at the show for our team was the launch of IES TaP for LEED 2009, taking us a step closer to automating as much of the LEED process as we can. There’s always a buzz in the company when we launch a new product and having the opportunity to present it exclusively to attendees at Greenbuild added to it.

IES TaP, our collaboration portal for managing Green Building Ratings Online, has been further developed to support LEED 2009. IES TaP for LEED enables project administrators to manage and track the process of gathering all submittal documentation from Charrette to Certification — allowing responsibility to be allocated to the project team for each individual documentation requirement. With seamless integration into LEED Online, LEED Online Forms, and the USGBC Online Credit Library, IES TaP for LEED enhances the management of the whole LEED workflow.

Additionally, it can be used in conjunction with our VE-Navigators for LEED and ASHRAE 90.1 (LEED Energy). These tools do analysis calculations and create the required documentation via LEED online.

Our aim with IES TaP for LEED is to substantially reduce the amount of time required by users to make a LEED submission, which will then hopefully have the knock on effect of encouraging them to use some of that time to make the building a little more sustainable.

After our 9th visit to Greenbuild, it’s fantastic to see IES and our peers in the industry continually pushing ourselves to bring products like IES TaP for LEED to the industry. I wonder what new IES software development I’ll be talking about after next year’s conference…

If you want to find out more about IES TaP for LEED and how you can use it to streamline, manage and automate the LEED submission process, check out our introduction movie on YouTube or sign up to one of our free webinars here.

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