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Together we transform buildings and communities
into supportive, strengthening, and sustaining
forces that will reinstate environmental balances, reinforce natural
coexistence, and invigorate health, well-being & prosperity
S I M P L E . S C I E N T I F I C . S U S T A I N A B L E SILPA
O U R V I S I O N
OUR APPROACH
Silpa’s streamlined processes enable us to handle multiple projects simultaneously with
quick turnaround times and very competitive prices. By segregating tasks
and quality controls, precision of simulation results are improved, more comprehensive
simulations can be run easier, and the end results more accurately represent
the implemented energy conservation measures - ultimately aiding the
client and getting the most out of their sustainable decisions.
At Silpa, we strive to obtain new knowledge that focuses on green building needs,
which will result in new or improved products, processes, systems or services. Our
core services are three-fold:
SIMULATE: Computational simulation of building and natural systems to
analyze and improve energy efficiency and, in the larger context, sustainability.
FACILITATE: Facilitation of green building certifications.
EDUCATE: Knowledge dissemination through educational workshops & seminars.
THE INDUSTRY
The explosive growth of sustainable building, and specifically
building energy simulation, has left the market desperately
searching for technical experts. This problem is exacerbated by the
fact that the demand for building energy simulation is growing at
a disproportionate rate to the number of technical experts entering
the market. Dissecting the situation reveals three main problems:
Lack of technical expertise and knowledge, no established quality
controls and processes, and inflated pricing. The market is asking for
a solution, but even the current players in the field are not able to
completely satisfy the need.
Silpa’s Solution is to give the market
exactly what it is asking for and more, by
pairing Expert Knowledge and
Quality Driven Controls
S I M P L E . S C I E N T I F I C . S U S T A I N A B L E SILPA
01 SIMULATE 02 FACILITATE 03 EDUCATE
QUALITY ASSURANCE & CONTROL
The processs-based system developed and implemented by Silpa is one of our
greatest advantages; it enables simulation results with a higher degree
of accuracy and consistency. This system works by breaking down the
complicated methodology of simulation into subcomponents, that are easy to
control and monitor allowing a much more precise level of review and quality
assessment, which is done by Silpa’s building simulationists.
An additional service that Silpa provides is energy modeling review. Silpa is
able to utilize this process-based system to effectively assess other models and
provide quick feeback on accuracy and validity of simulation results.
IN-BUILT PEER REVIEW
With the sustainable and energy modeling field being so new, peer
review is an invaluable component to ensure a quality product. With
this in mind Silpa has partnered up with various experts in the field
to create its own in-built peer review system.
During the course of each project, there are several checks by these
experts to ensure that the end outcome is a quality product for both
Silpa and the client.
Silpa’s team includes technical-review
experts from various technical
fields helping ensure a quality
product.
S I M P L E . S C I E N T I F I C . S U S T A I N A B L E SILPA
01 PROCESS-BASED 02 BREAKING IT DOWN 03 TECHNICAL REVIEW
÷
At Silpa, we use state-of-the-art simulation tools and technologies to assess
building materials, energy use, lighting and airflow behaviors. Our powerful
combination of research and industry expertise enables us to provide high-
quality, cost-effective sustainable solutions.
Simulation provides a technical and quantitative assessment of a building’s
proposed and/or current design in order to make informed decisions on energy
conservation measures.
Our simulation expertise covers services in:
THERMAL & ENERGY
SHADING & DAYLIGHTING
WATER & WASTEWATER
LEED® AND BEYOND...
Silpa understands the ins and outs of the LEED® certification,
especially in regards to energy modeling. LEED® requires
adherence to strict guidelines, including Appendix G from
ASHRAE 901.-2004. While Silpa is extremely knowledgeable of
these guidelines and how to produce an energy model compliant
for a LEED submittal, our service does not stop there, though.
Included in our energy modeling service is a thorough assessment
of the building for any additional Energy Conservation Measures (ECMs) that
may be implemented.
Additionally, during the energy modeling process, Silpa is able to
provide valuable input for decision making. By testing out various
design and HVAC scenarios Silpa can save significant amounts of
money and time for its clients.
Silpa will strive to make each project not
only energy efficient but also
cost efficient.
01 SIMULATE
01 THERMAL & ENERGY 02 SHADING & DAYLIGHT 03 WATER & WASTEWATER
S I M P L E . S C I E N T I F I C . S U S T A I N A B L E SILPA
Energy simulation is perhaps one of the most useful analyses one can do when
designing a green building. Ideally, Silpa starts with the project team at the
conceptual stage and provides an analysis at various levels:
BUILDING ENVELOPE DESIGN: Shape & Orientation Optimization,
Facade Optimization
When Silpa is involved in the beginning stages of a project, the team is able to
quickly assess and suggest any design changes to the building envelope, enabling
the client to make informed decisions. At the same time, Silpa is able to take into
account value-engineering inputs and work directly with the project team to help
manage project cost.
MECHANICAL DESIGN: Minimized Reliance on Mechanical & Electrical
Systems, Integration of Renewable Energy
Once the schematic design of the building begins to be solidified, Silpa works
alongside with the MEP to aid in analysis of the mechanical design and additional
energy conservation measures that can be implemented to provide additional
savings. Silpa is able to break down the different components that aid in energy
savings, giving MEPs an insight into which variables to focus on.
01 SIMULATE: THERMAL & ENERGY
Shape & Orientation Optimization,
Facade Optimization, Thermal Loads, Minimized
Reliance on Mechanical & Electrical
Systems, Characterization of Energy Use, Integration of
Renewable Energy
S I M P L E . S C I E N T I F I C . S U S T A I N A B L E SILPA
At Silpa, we use the latest technology to model the effects of the sun on each of
our projects. Our engineers calculate heat loads and daylight quality throughout
the building and use these results to identify problematic areas. Trial simulations
are then run with different window glazing and wall types to show the possible
strategies available to each of our clients. This analysis is paired with our energy
models to provide an in-depth study of the building and find the most efficient
methods to cut energy costs.
We integrate daylighting in our energy modeling work to identify additional energy
savings.
A detailed daylighting study in office spaces
demonstrated that a 25 footcandle threshold was
met to comply with the LEED® standard.
Daylighting study permitted for selection of the optimal glazing type and indoor material reflectivity.
01 SIMULATE: SHADING & DAYLIGHT
S I M P L E . S C I E N T I F I C . S U S T A I N A B L E SILPA
Daylight Optimization using
Parametric Studies, Optimal
Visible Transmittance, Reflectance
Study, Daylight and Solar Heat Gain
Optimization, Fenestration
Life Cycle Cost, Characterization of
Daylighting
Silpa addresses how rainwater can be collected and then conveyed to non-potable
water systems such as irrigation, toilet flushing, and/or building wash water.
These water reuse approaches comprise common and accepted beneficial uses of
harvested rainwater.
Runoff characteristics of grass and landscape areas, roads and driveways, and other
uncovered paved areas are determined and modeled to understand the impacts
of current designs and suggested strategies. Additionally, Silpa will help identify
the right flush and flow fixtures to achieve the desired savings. The end goal is to
minimize reliance on water / potable water, and understand the water use or its
characterization.
Such an approach will result in reduced water consumption. Besides, the water
balancing approach will aid in achieving LEED® Certification credits - all Water
Efficiency credits (WEc1 - 3), Sustainable Sites’s Stormwater Quality & Quantity
(SSc6.1 & 6.2).
01 SIMULATE: WATER & WASTEWATER
S I M P L E . S C I E N T I F I C . S U S T A I N A B L E SILPA
Minimized Reliance on Water,
Characterization of Water Use, Integration of
Rainwater harvesting, Graywater
Recycling , Low-Flow Fixtures,
Stormwater Strategies,
Water Treatment
WHOLE BUILDING APPROACH
At Silpa, a whole building approach is undertaken for building
projects of any size, type, and function. Silpa helps in verifying
that the project is compliant with the required strategies, and
provides creative strategies resulting not only in achievement of
the desired rating level, but also a reputation as a more unique
green building.
With Silpa’s understanding of the ins and outs of the LEED®
system, efficiency in the project timeline greatly increases - an
important factor for any client or developer.
Silpa aims at balancing Energy & Water Consumption at a
very early phase of building design.
In addition to Silpa’s technical expertise in building simulation, the Silpa team is
extremely versant in the LEED® Certification process. Today, most green buildings
are opting to certify themselves using the LEED® certification system, which has
become the international standard. Silpa has developed a process integrated into
the construction and building simulation timeline that helps facilitate the project in
achieving the desired rating level (Certified, Silver, Gold, or Platinum) in an efficient
manner.
01 FEASIBILIT Y STUDY 02 FACILITATION 03 DOCUMENTATION
02 FACILITATE: LEED® CERTIFICATION
S I M P L E . S C I E N T I F I C . S U S T A I N A B L E SILPA
Simply put, sustainable practices and techniques should and must be taught and
learned at an even quicker pace than the current situation. Thus, Silpa strives to not
just provide its knowledge as an application, but also to spread it through teaching
and collaboration.
By conducting technical reviews and workshops, Silpa elevates the knowledge of
professionals already in the field, and via LEED® exam preparation Silpa can help
those that are not yet involved in sustainability, become involved. We at Silpa use
every opportunity to increase our expertise and have already begun alliances with
organizations such as the University of Florida.
KNOWLEDGE ALLIANCES
Sustainability, in the more global sense, will only succeed if we
think from a more communal standpoint. While incorporating
sustainable practices can aid in marketing from a developer’s
standpoint, and in operation costs from energy savings, one
needs to realize that these practices truly are helping the world’s
current environmental crisis, and so should always be open to
share knowledge.
Silpa teamed up with Powell Center for Construction & Environment, University
of Florida to conduct LEED® AP
examination training in US, Dubai & India
03 EDUCATE: KNOWLEDGE DISSEMINATION
01 EXAM PREP TRAINING 02 TECHNICAL REVIEWS 03 WORKSHOPS
S I M P L E . S C I E N T I F I C . S U S T A I N A B L E SILPA
OUR TECHNICAL EXPERTISE
Silpa ensures that there is advanced level of expert knowledge at each
stage of our business. The expert knowledge in Silpa is three-fold.
ADVISORY BOARD: Silpa’s advisory board comprises of highly accomplished
professionals in the field of sustainability.
TECHNICAL REVIEW TEAM: The technical review team is comprised of researchers
from top-tier universities and other practicing professionals. With building
simulation being relatively a new field, peer review is an invaluable component.
TECHNICAL CORE TEAM: Silpa has individuals with several years of experience in
both building simulation and sustainability.
Our experience and technical expertise gives us a rare expansive view of high
performance strategies and emerging technologies.
Recently, Silpa’s energy modeling service
was recognized and elevated to the
next level when Nakheel, one of the
premier developers in Dubai, contracted
Silpa to review the energy modeling work of an internationally
reputed architectural firm’s energy
simulation for their flagship 5.4mil sft
project on the Palm Jumeirah01 ADVISORY BOARD 02 TECH. REVIEW TEAM 03 TECHNICAL CORE TEAM
S I M P L E . S C I E N T I F I C . S U S T A I N A B L E SILPA
CHARLES KIBERT PHD, PE, LEED AP
SANDY WIGGINSLEED AP
CHAIRMAN, E3 BANKIMMEDIATE PAST CHAIR, USGBCPRINCIPAL, CONSILIENCE LLC
DIRECTOR, POWELL CENTER FOR CONSTRUCTION & ENVIRONMENTUNIVERSITY OF FLORIDA
Known for his commitment to the future of the human
family, Sandy has been a national leader in the Green
Building revolution. Sandy is founder and principal
of Consilience, LLC, a national real estate consultancy
with a mission to build environmentally, socially and
economically sustainable communities. He is also Chair
of e3bank, the nation’s first full service triple bottom line
bank. He is the Immediate Past Chair of the Washington,
D.C. based USGBC, and he continues to serve as a Director
and a member of USGBC’s Executive Committee. Sandy
was Founding Chair of the Green Building Certification
Institute and continues to serve on its board and
Executive Committee. He was also Founding Chair of
Philadelphia based DVGBC. He also currently serves on the
Sustainability Advisory Board of the City of Philadelphia,
the Advisory Board of the Rutgers University Center for
Green Building and as a juror for the Delaware Valley
Smart Growth Alliance.
Dr. Kibert is Holland Professor and immediate past Director
of the M.E. Rinker Sr. School of Building Construction.
He founded and is Director of the Powell Center for
Construction and Environment at the University of Florida.
He founded Task Group 16 (Sustainable Construction) and
cofounded Task Group 39 (Deconstruction) of CIB. He is
co-founder and President of the Cross Creek Initiative, a
non-profit industry/university joint venture seeking to
implement sustainability principles into construction.
He was co-chair of the Curriculum and Accreditation
Committee of the USGBC. His research interests
include sustainable development and construction,
deconstruction, environmental impacts of construction,
construction and demolition debris recycling, and
construction ecology and metabolism. He organized and
teaches the graduate track in Sustainable Construction
at the UFL as well as continuing education courses to
industry on the subject.
Mr. Moore is the President and CEO of Chen and Associates,
a civil and environmental engineering firm located in Ft.
Lauderdale, Florida. He recently worked as the Client
Project Manager for work in Broward County, Pompano
Beach and Fort Lauderdale and continues to be involved
in the successful completion of the related projects.
These projects include sanitary collection improvements,
pump station rehabilitation, transportation engineering
enhancements, water and reclaimed water consulting
along with all other phases of civil engineering design
and neighborhood improvements. Additionally, Mr.
Moore serves as the Assistant City Engineer for the City
of Coral Springs and is the spokesperson for the City’s
Engineering Division. Finally, Mr. Moore serves on the
Chen and Associates QA/QC Committee giving him
a solid foundation in knowing how to maintain the
consistency of quality throughout a firm.
PETER MOOREME, PE
PRESIDENT AND CEOCHEN AND ASSOCIATES
ADVISORY BOARD
S I M P L E . S C I E N T I F I C . S U S T A I N A B L E SILPA
S I M P L E . S C I E N T I F I C . S U S T A I N A B L E
Ravi’s expertise is in building simulation
& energy studies, sustainability & high
performance strategies and augmented reality
visualization. Prior to co-founding Silpa Inc,
Ravi Srinivasan was the Project Coordinator
for the University of Pennsylvania Campus
Sustainability Plan, the first ever campus
sustainability plan ever conducted at the
University with 269 acres in West Philadelphia
and 151 buildings housing a variety of
residential halls, libraries, offices, performance
centers, athletic facilities, and retain spaces.
Ravi has over 18 peer-reviewed journal
and conference publications and several
unpublished reports in the field of building
energy and sustainability. Ravi’s publications
in building energy and sustainability have been
cited in a book chapter, several international
journals, conference publications, Doctoral
and Masters Degree dissertations.
HEAD
S I M P L E . S C I E N T I F I C . S U S T A I N A B L E SILPA
RAVI SRINIVASANMS(ENGG), MS(ARCH), LEED AP, CEM
Honors & Awards Lifetime “Chartered Legend in Energy” by the Association of Energy Engineers (AEE) as a mark of distinction to qualified energy professionals. • (2008)
“Top 24 Emerging Environmental Leaders” in the Delaware Valley (Pennsylvania, Delaware and New Jersey) by the Environmental Leadership • Program (ELP). (2007)
“IBPSA Best Paper Award” at the prestigious (held once every two years; two blind reviews) International Building Performance Simulation • Association held in Beijing, China. Publication Title: “Energy Based Decision Support System for Facilities Management: Integration of Data/Web Mining, Knowledge Base and Thermal Simulation.” (2007)
“Young CAADRIA Award” Award is a prestigious award given to selected young researchers for their merits of research and contribution to • the international CAAD community. (2005)
Positions & RecognitionsImmediate Past Board of Director, Delaware Valley Green Building Council (DVGBC), a chapter of the U.S. Green Building Council. Its mission • is to advance and promote sustainable and environmentally responsible planning, design, construction and operation of the region’s buildings, landscapes, cities and communities, mindful of the legacy we leave for future generations.
Founder and Immediate Past Chair, Emerging Green Builders Committee, DVGBC. Emerging Green Builders represent a coalition of students • and young professionals intent on promoting the integration of future leaders into the green building movement.
Certified Energy Manager (CEM) & Certified Trainer for CEM by Association of Energy Engineers. Certified Energy Manager recognizes • individuals who have demonstrated high levels of experience, competence, proficiency, and ethical fitness in the energy management profession. Individuals certified as CEM comprise a “Who’s Who” in the energy management field.
Leadership in Energy & Environmental Design Accredited Professional, (LEED AP), U.S. Green Building Council. LEED Professional • Accreditation distinguishes building professionals with the knowledge and skills to successfully steward the LEED certification process.
Notable Building Energy & Sustainability ProjectsUniversity of Pennsylvania Campus Sustainability Plan• The University of Pennsylvania’s campus consists of 269 acres in West Philadelphia, with 151 buildings housing all 12 of the University’s schools as well as a variety of residential halls, libraries, offices, performance centers, athletic facilities, and retail spaces. Fire Evacuation Study of World Trade Center, New York• Fire evacuation modeling of the World Trade Center and discussion of the outcome of the simulation with statistical information. Building Energy-based Decision Support for National Park Service, U.S. Department of the Interior• The system includes dynamic databases that utilize data/web mining concepts, knowledge-based and goal-driven systems to search and filter the databases based on user preferences, and a thermal simulation engine that predicts the performance of the building features.Building Energy Simulation Audit of Gateway Towers, Dubai (5.4 million sqft building).• Oversee and audit the work of building energy modeling, daylighting and views simulations. Building energy modeling of this scale requires specialized knowledge of identifying and organizing the modeling and accurate data input.
COLLEGE ARMS,WEST CHESTER UNIVERSITYROLE: ENERGY MODELING, DAYLIGHT & VIEWS, LIGHT POLLUTION REDUCTIONCERTIFICATION LEVEL: LEED 2009 CERTIFICATIONAREA: 80,000 SFTSTRATEGIES: GEOTHERMAL, HIGH PERFORMANCE GLAZING, BALANCING ENERGY & WATE
HCC INFOTECHROLE:ENERGY MODELING, DAYLIGHT & VIEWS, LIGHT POLLUTION REDUCTIONAREA: 1,638,000 SFT
CORAL SPRINGS FIRE STATION ROLE: LEED & CxA CONSULTINGCERTIFICATION LEVEL: SILVERAREA: 13,000 SFTSTRATEGIES: BALANCING ENERGY & WATER CONSUMPTION, LIGHT POLLUTION REDUCTION.
CII SNCEL CENTERROLE: LEED & CxA CONSULTINGCERTIFICATION LEVEL: CERTIFIEDAREA: 14,000 SFT
S A M P L E P R O J E C T SPORTFOLIO
BRIGADE-GATEWAY TOWERROLE: ENERGY MODELING, DAYLIGHT & VIEWS SIMULATIONAREA: 1,314,000 SFT
REAL SOFT INCROLE: LEED & CxA CONSULTINGCERTIFICATION LEVEL: PLATINUMAREA: 200,000 SFTSTRATEGIES: BALANCING ENERGY & WATER CONSUMPTION, HIGH PERFORMANCE GLAZING, GRAYWATER RECYCLING, THERMAL STORAGE
5.4 MIL SFT, MIXED USENAKHEEL-GATEWAY TOWERS, DUBAIROLE: ENERGY MODELING, DAYLIGHT & VIEWS, LIGHT POLLUTION REDUCTIONCERTIFICATION LEVEL: SILVERAREA : 5.4 MIL SFTSTRATEGIES: HIGH PERFORMANCE GLAZING, SOLAR WATER HEATERS, THERMAL INSULATION
“Silpa’s unique process provides unparalleled
simulation Quality Assurance / Quality Control (QA/QC) to
ensure accurate and timely results.”SILPA INC
150 N Radnor Chester Rd
Suite F200
Radnor PA 19087 USA
TEL: 1.610.977.2098
FAX: 1.610.977.0043
SILPA GREEN BUILDING TECHNOLOGIES
New # 85, Old # 40D, Ground Floor, I Main Road,
CIT Nagar, Nandanam, Chennai - 600035
TEL: 91.98403.43596
WWW.SILPAINC.COM
SILPA SUSTAINABILITY: INSIDE OUT
Externally, we provide our sustainable services, and internally
we exercise our three pillars of sustainability - strengthen
the enterprise globally, conduct our business sustainably,
and ensure a great working environment for our team.
01 Strengthen the enterprise globallySustainability is not just a business that should be limited to one
region or hemisphere, and for this reason from its onset, Silpa has
had a global perspective with the intent to grow internationally,
being a recognized name in all aspects of sustainability.
02 Conduct businesses in sustainabilityForeseeing ourselves as an international corporation, social
responsibility is an important concern to Silpa. For this reason, Silpa
has taken on the goal of not placing itself in any opportunistic field
but rather one that can have a greater impact on our current world.
03 Ensure a great working environment for Silpa teamOne cannot have a successful company without a pleasant work
environment and content employees. Our goal is not only to please
our clients, but also each and every employee at Silpa.
S I M P L E . S C I E N T I F I C . S U S T A I N A B L E SILPA