Schofield Barracks, Oahu, Hawaii

renovate building 580 design phase

Our firm provided mechanical, electrical, telecommunications, and fire protection engineering design services for the major renovation of 90,000 sf Building 580 to house a Command and Control Facility (C2F) and administrative support functions. We are providing a redundant HVAC system serving critical areas, overhead ducted VAV zones, individual temperature controls, dedicated ventilation/exhaust for UPS, and dedicated VAV AHUs for certain spaces, with design conditions of 75F/50%RH (72F/45% RH for Ops Center, SCIF, telecom/server rooms). Electrical work includes upgrading power to the building to accommodate increased loads; providing power distribution throughout the building, lightning protection and grounding systems for the building, standby power systems including generator and ATS, a UPS system, and power for all mechanical equipment. Telecom work involves upgrading exterior telecom infrastructure to the building, providing telecom infrastructure throughout the building including pathways and outlets, CATV for various office areas, support for VTC equipment, security infrastructure, signal grounds for raised floor areas, and exterior grounding around the building perimeter.

FY21 Repair building 1180

InSynergy is currently providing the mechanical and fire protection engineering design work for plumbing, ventilation, air conditioning, and fire protection for the construction and repair of a new Tactical Equipment Maintenance Facility (TEMF) facility and ancillary support buildings. Mechanical work will consist of replacement of mechanical and plumbing systems, conducting cooling load analysis, provision of new below grade oil/water separator for B1180 drainage system, compressed air outlets in accordance with TEMF Standard Design, and exhaust systems. Fire protection scope of work will involve provision of looped water system, fire sprinkler system evaluation, new fire alarm and fir sprinkler, Life Safety Analysis, new fire hydrants and hydrant flow test. Estimated Cost: $15 million.

[back to Portfolio: Federal]

Fort Shafter, Oahu Hawaii

FY08 MCA PN 61882 Barracks

We provided the mechanical, electrical, and fire protection engineering design work for plumbing, ventilation, air conditioning, fire protection, power and lighting for the Fort Shafter Barracks.  This includes providing a 156 unit Unaccompanied Enlisted Personnel Housing (UEPH) facilities to house single soldiers and to be similar to apartments.  The goal was to design the HVAC systems, service water heating, power, and lighting systems to achieve an energy consumption that is at least 30% below the consumption of a baseline building meeting the minimum requirements of ANSI/ASHRAE/ESNA Standard 90.1-2004.  Fort Shafter Barracks is the first LEED certified building for the Corps of Engineers Pacific Ocean Division at Fort Shafter.  Mechanical scope included full design of plumbing, ventilation, air conditioning systems, hot water systems, DDC energy management system, and CxA. Electrical work involved providing power, lighting, telephone, data and CATV systems, site electrical and telecom and mass notification system. Fire protection scope includes life safety analysis, addressable fire alarm, and QCFP services.

palm circle historic renovations

This project included providing a full interior renovation of 14 historic homes approximately 5,000 sf each, which included a survey and assessment, full design and construction management to completely replace all mechanical and electrical systems, including plumbing, ventilation, air conditioning, new electrical, fire alarm, data, and lighting systems. These single family residences were originally built in 1907 and are listed on the National Register of Historic Places, and designated as a National Landmark. Systems are being revitalized while maintaining the historic appearance. Estimated cost: $14 million.

[back to Portfolio: Federal]

Pearl Haven Renovations

haleiwa, oahu, hawaii

This project involves the rehabilitation of the existing building shell and limited site improvements of the Pearl Haven Facility, a two-story special treatment facility that provides a therapeutic home for females between the age of 11 and 17 who have been victimized by the sex trafficking trade. The facility features space to hold up to 32 beds, a commercial kitchen, community showers and restroom facilities, educational spaces, multi-modal therapy space, administrative and nursing support spaces.

InSynergy Engineering, Inc. provided Mechanical, Electrical and Fire Protection engineering design work for this pro bono project spearheaded by Architects Hawaii Ltd (AHL) and Design Partners Incorporated. Scope of work included the following:

Exterior Design (Under Design Partners):

• Coordinate with civil for water, fire protection main, and sanitary sewer utility support.

• Coordinate location of downspouts and roof drainage with civil.

• Coordinate with Hawaii Gas for gas service to the builing.

• Coordinate with HECO for power and Hawaiian Telcom and Oceanic Cable for phone, IT, and CATV.

• Coordinate with the security consultant/system provider for exterior CCTV cameras, access gate control, and other exterior security requirements.

• Provide site and exterior building lighting.

Interior Design (Under Architects Hawaii Limited)

• Disconnect and remove existing plumbing systems. Provide new plumbing systems to accommodate the new use and configuration of the spaces, including the bathrooms, restrooms, and kitchen.

• Provide ventilation systems for the bathrooms, restrooms, and kitchen

• Provide mechanical and plumbing systems to support a new elevator.

• Provide air conditioning for the offices, security desk and classroom on the first floor and recreation area, staff office, therapy/exam area and training room on the second floor. All other areas will be naturally ventilated only.

• Provide gas piping to support water heaters, clothes dryers and cooking equipment.

• Disconnect and remove existing electrical and telecommunications systems. Provide new electrical, and telecommunications systems to accommodate the new use and configuration of the spaces.

• Provide interior telecommunications infrastructure and unshielded twisted pair (UTP) cabling to support network connectivity and telephones. Active telecommunications equipment and devices will be by others.

• Coordinate with the security consultant/system provider for access control, intrusion detection systems (IDS) and closed circuit television (CCTV) systems per the User's direction. Provisions will consist of empty conduits with pullstring and power connections. IDS and CCTV equipment and cabling will be by others.

• Provide infrastructure to support a future rooftop mounted photovoltaic (PV) system. Infrastructure will consist of spare circuit breakers and spare capacity in the electrical equipment being provided by this project. Future PV system will be with others.

• Disconnect and remove existing fire sprinkler and fire alarm systems. Provide new fire sprinkler and fire alarm systems to accommodate the new use and configuration of the spaces.

• Provide pre-action fire sprinkler and fire alarm systems to support a new elevator.

• Provide automatic fire-extinguishing systems for kitchen hoods.

[back to Portfolio: Non-Profit & Pro Bono]

Kaiser Permanente

various locations statewide, HAWAII

Some of our featured projects with Kaiser Permanente include the following:

Kaiser Regional UPS Upgrades, Various Locations Statewide, Hawaii

Our firm provided the mechanical, electrical, and fire protection engineering design work to evaluate and upgrade the UPS systems at a total of eight (8) facilities on Oahu, Maui and the Island of Hawaii. Kaiser and the AE team visited all listed facilities to determine UPS requirements for their replacements. The eight facilities include: Moanalua Medical Center, Dole Cannery, Mapunapuna, Ala Moana, Waipio and Ko’olau (Oahu); Maui Lani Elua Clinic (Maui); and Kailua-Kona Medical Office (Hawaii). Our scope of work included determining electrical and mechanical requirements for power and AC systems for consolidating UPS equipment, providing new UPS, lighting inverters, panelboards, electrical distribution systems, and modifications of ductwork.

Kaiser Moanalua Renovation & Expansion, Honolulu, Hawaii -

This facility was constructed in several phases from 1982 to 1984, consiting of 3 primary wings: a 4 level, 58,200 sf nursing wing, a 4 level 107,028 sf clinic wing with a lower level basement, and a 214,523 sf  5 level ancillary services building.  The total current gross floor area of the complex is approximately 379,751 sf.  In 2003, we prepared a study to assess the condition and capacities of the existing mechanical and electrical system infrastructure, and developed a mechanical and electrical master plan to accommodate the addition of a new 5 level, 139,800 SF tower, renovation of approximately 83,600 SF of the existing hospital, and renovations and upgrades to the central plant. Our specific scope of work for this project included assessment of the HVAC, plumbing, electrical, fire alarm, fire sprinkler, medical gas and med gas alarm, emergency power, LAN and telecom systems for current and anticipated upgrades. Our study also provided recommendations for the existing hospital to comply with current JCAHO guidelines and to improve operations and energy efficiency. Our scope of work included plumbing and medical gas systems, new central chilled water AHU, new ventilation exhaust systems, fire sprinkler expansion systems, central plant improvements, lighting, emergency power distribution and new emergency generator system. Estimated Cost: $29 million.

Kaiser Mapunapuna HVAC System Master Plan Study, Honolulu Hawaii

Kaiser wanted to look at the overall Mapunapuna Clinic facility and inspect all HVAC equipment from AHUs down to air distribution and controls. Known issues included lack of controls, cold and warm zones that developed seasonally, and aging equipment that may have been nearing the end of service life. Their goal was to have a long-range plan for the HVAC system serving their Mapunapuna Clinic facility to follow. We conducted field surveys and discussions with facility engineering support services and reviewed an existing test and balance report as part of our assessment. We documented system configuration, condition, and the issues that were identified. We formulated and summarized our immediate and long-term recommendations for mechanical and electrical upgrades, including a cost estimate, in pre-final and final reports.

[back to Portfolio: Healthcare]

Tripler Army Medical Center

HONOLULU, HAWAII

Tripler Army Medical Center is a 600 bed, 2,000,000 sf facility which serves the armed forces in the Pacific Area. We have worked on renovation and repair projects since 1978 for this facility and we are extremely familiar with the entire complex.

We have completed the following projects at this facility:

• Relocation of the existing boiler plant including a phasing plan to minimize steam outages during construction

• Provision for elevator shunt trip breakers throughout the hospital

• Renovation of various offices including, accounting, administration, and security command

• Renovation of the Pathology Lab, Room 2H202

• Drug Test Lab Renovations, Building 40

• Repair Isolation/Ventilation Rooms

• Replaced water heater exhaust stacks, Buildings 102, 224, and 300

• Modification to EMCS controls and piping, Central Plant

• Replace plumbing/chillers in four buildings

• Installation of three boilers

• Preparation of master plan for chilled water and hot water piping distribution systems

• Fire sprinkler system evaluation and design for various departments and floors

• Development of service maintenance and repair contracts for 13 mechanical systems, electrical systems and equipment

• Reviewed approximately 600 mechanical and 300 electrical plans for Package 3 Construction

• Renovation of Building 660 Washer and Sterilizer

• Evaluation of fire shutters for the Pharmacy

• Repair Elevators 1 – 4 in Wing A

• Relocation of fire sprinkler systems in the morgue

• Provide new nitrogen generator for Building 40 Exterior Shed

• Evaluation of Day Tank Vent

• Provide fire alarm and protection system for Building 141

• Repair of steam hot water tank

• Repair of nurse stations and breakrooms

• Modification of fire sprinkler layouts for dining room and kitchen areas

[back to Portfolio: Healthcare]

Sheraton Hotels

Kauai, Hawaii

This project calls for infrastructure upgrades which includes providing new refrigerant monitoring system and refrigerant exhaust systems in all mechanical rooms; replacing all site work underground chilled water piping in the Garden Wing; providing chilled water connections for each guestroom building, new Lobby building, existing ballroom building and Engineering Building; providing gas piping for new gas grill locations and fire pits; and installing new cooling towers in a new cooling tower enclosure on the site. We are also renovating the Engineering Building, Lawai Fitness Center, Poipu and Koloa Ballrooms, Pool Restrooms and relocating the main lobby from the Ocean Wing to the Garden Wing. We are installing new plumbing fixtures in existing guestroom restrooms; installing new plumbing fixtures per ADA requirements; adding an ADA restroom for the Engineering building, renovating the Pool Restroom for ADA compliance; and renovating the Employee Restroom in the ballroom building. We are also replacing fire sprinkler heads in buildings where we are installing new ceilings and relocating exterior fire sprinkler mains. Estimated Construction Cost: $25 Million

waikiki, Hawaii

Currently providing the mechanical and electrical engineering design work for implementing central plant improvements including integration of a combined heat and power (CHP) system, replacing the existing chillers and pumps, relocating and modernizing the hot water system, and upgrading the emergency generator system. We are providing the design to replace the existing 1,400 ton centrifugal chillers with new 1,500 ton chillers; a variable primary pumping system; replacing chilled water and condenser water pumps; relocating and providing new hot water storage tanks to make room for the new CHP units; providing hot water booster pumps; support for the new CHP units including hot water circulation piping, circulation pumps, flue ducting, and synthetic natural gas piping; re-designing the flue system to vent the existing remaining boiler and new CHP units; providing heat exchangers for the domestic hot water heating system; implementing an absorption chiller; and providing commissioning of all mechanical systems.

[back to Portfolio: Hospitality]

Kahauiki Village

Kahauiki Village provides long term, affordable residences for homeless families. Modeled after Hawaii’s plantation era culture, Kahauiki Village’s vision is to break the cycle of homelessness by embracing:

• A Public-private partnership to finance, construct, and support the families with on-site social agency and child-care facilities, and commitments from neighboring businesses to hire village residents.

• A 144-family master planned community built on an underutilized 11.3 acre parcel with the following features:

  • Re-use of homes were originally built for the Tohoku, Japan tsunami victims

  • Community support buildings

  • Garden areas, fish farms, and recreational areas

• Low-cost, maintainable, and sustainable construction solutions.

InSynergy Engineering, Inc. in collaboration with PhotonWorks, engineered an integrated off-grid renewable energy micro-grid that includes:

• the first application of a solar-powered microgrid to an entire residential community in Hawaii,

• first of its kind shared photovoltaic (PV) system with battery energy storage,

• gas for cooking, backup water heating and power generation,

• a grid electricity tie for the battery trickle charging.

The integrated microgrid system design includes full mechanical, plumbing and electrical systems, as well as 1956 kw of PV, a 1.965 MWH BESS, and a 300 kw standby LPG generator. Completed in 2018, this innovative projects includes the implementation of a reliable and failsafe microgrid control system that accommodates all potential modes of operation due to a lack of proven off-the-shelf solutions. In addition, it utilizes larger, lower cost inverters that serve multiple housing units and distributed sewer lift stations, and uses three-phased balanced power distribution within housing units.

This project was awarded a 2019 ACECH Engineering Excellence Design Award.

The Queen's Medical Center

HONOLULU, HAWAII

In order to accommodate the growing need for emergency healthcare services, the Queen’s Medical Center took action by authorizing the design and construction of a new $10,000,000 emergency services ward.  The emergency services relocation involved renovating 25,000 sf of existing office space into an emergency ward which included fully equipped critical and trauma rooms, exam rooms, fast track triage area, a psychological disorder ward, dedicated infectious isolation rooms and waiting areas, and nursing stations.

As part of their ongoing facility improvement program, we recently designed the renovation of their entire chiller plant which included replacing two 1,000-ton chillers with two 1,350-ton high efficiency chillers, each equipped with VFD compressors.  A major system re-engineering was implemented to convert the old primary constant-flow chill water distribution loop to a new primary secondary variable flow chill water loop.  This conversion allowed the central plant to increase or decrease chill water flow based on actual cooling requirements.  These renovations resulted in an annual energy savings of $180,500.

Other renovation projects include:

• OR Upgrade and Renovation, Queen Emma Tower, 3rd Floor

• Replace Boiler Plant

• New Linear Accelerator

• Renovation of the air conditioning system for the main lobby

• Hot Water Study for POB 1, POB 2 & Central Plant

• Pauahi Tower Service Elevator Upgrade

• Renovation of Iolani 1 and Kinau 1

• Iolani 2 and 3 Renovation

• New MRI Unit Addition

• Diagnostics Lab, 4th Floor, Nalani Wing

• Grease Interceptor Study

[back to Portfolio: Healthcare]

Outrigger Waikiki Beachwalk

Waikiki, Hawaii

We provided the overall mechanical shell design services for the Outrigger Waikiki Beach Walk project, which consists of a two-tower 400 room Embassy Suites hotel, a 200 room Outrigger Islander Hotel, a 1,200 room Outrigger Reef on the Beach, and a new 90,000 sf retail podium. Our scope of services included the design and construction management of a new 2,400 ton chilled water plant that supports the entire complex. We also completed the shell design for the retail plaza which includes 40 retailers and restaurants, and the complete air conditioning, ventilation, plumbing, and fire sprinkler design for the main kitchen, pool and meeting rooms, parking garage, and over 30,000 sf of Outrigger office space. We also completed the mechanical design for the renovation of the 400 room Embassy Suites Hotel. The total construction cost for the project is approximately $650 million.

[back to Portfolio: Hospitality]

Halekulani Hotel Renovation

HONOLULU, HAWAII

InSynergy Engineering, Inc. completed a major renovation to all guest rooms and common areas in 2010. The guest room renovation included replacing air conditioning units, plumbing fixtures, upgrading power to the guest rooms, and providing new power throughout. Common area renovation included ball room air conditioning replacement and replacement of the domestic hot water heating system. In addition to the guest room and common area renovation completed in 2010, Insynergy Engineering has worked on many other renovations, repair, and upgrade projects at the hotel involving electrical, mechanical and fire protection work. Projects included design for the central chiller plant replacement, implementation of an energy efficient heat pump hot water heating system, and other miscellaneous projects including upgrade of the hotel fire alarm system, installation of dry cleaning exhaust hoods, replacement of the laundry hot water system, replacement of the central plant boiler, upgrade of the laundry steam system, renovation of the security office, replacement of hot water boiler, and air conditioning and electrical renovations to the ball room, lobby, pool restaurant, kitchen, and various meeting rooms. We also completed a due diligence study, assessing the mechanical and electrical conditions and completed an electrical load study and power quality study that was completed in September 2009. Estimated Construction Cost: $50 million

[back to Portfolio: Hospitality]

Waihonua at Kewalo

InSynergy Engineering, Inc provided the mechanical, electrical, and fire protection engineering design work for plumbing, ventilation, air conditioning, fire protection, power and lighting for a new 40 story, 335 unit high rise residential condominium that included 600 structured parking stalls, 3,500 sf of recreation space, move theatre, resident storage areas, and other support areas.  We provided the mechanical design services for the air conditioning systems utilizing a central condenser water heat pump system, elevator support, drainage and ventilation for the parking decks; support for the pool equipment and recreation deck; mechanical design for individual living units; stairwell pressurization and central restroom exhaust system and laundry exhaust system. The electrical scope included providing power to the tower and coordination of infrastructure requirements with utility companies (HECO, Oceanic, Hawaiian Telcom); lighting throughout the parking structure; emergency power for the elevator systems; electrical design for individual living units; and power to the pool equipment. Fire protection scope included providing a design for the fire sprinkler protection throughout the entire complex; wet stand pipe systems throughout each stairwell; assisting in the life safety evaluation of the building; fire alarm protection throughout the building, and providing special inspection during construction for fire suppression and fire stopping in accordance with all applicable codes and ordinances.

Fuji Film Facility Photovoltaic System

Installation of Photovoltaic System at the Fuji Film Facility

Waipahu, Hawaii

Our portion of the work included the electrical engineering services associated with the installation of a new photovoltaic (PV) system for the Fuji Film facility. The new PV system will consist of thirty-four (34) Sunny Boy 8000US inverters, one (1) Sunny Boy 6000US inverter, roof mounted PV panels, new Hawaiian Electric Company (HECo) service entrance equipment and metering facilities and associated electrical equipment.

Our scope of work includes the following:

• Provide electrical engineering services to support the installation of the new PV system. The concept for the new PV system concept will be similar to that shown in the documents provided by 21st Century Technologies.
• Coordination with 21st Century Technologies and their PV equipment supplier to ensure that the proposed PV system can be installed in accordance with the National Electrical Code (NEC) and other applicable codes and standards.
• Coordination with HECO and the preparation of a request for electrical service and the installation of metering facilities.
• A site investigation, coordination with other disciplines and preparation of electrical construction documents and limited construction services.
• Construction services consisting of the review of shop drawings, review of substitution requests, office consultation, site observation, and preparation of final punch list, and drafting of record drawings.
• Site visits for observation of electrical construction, including visit for final punchlist.
• Drafting services for record drawings.

[back to Portfolio: Energy]

Energy Efficiency and Conservation Projects

Various Locations, Statewide

We are providing the mechanical and electrical engineering design services to provide energy efficiency and energy conservation improvements generally consist of providing alternative energy (solar photovoltaic or wind power) systems, provision of solar hot water heating systems, and the replacement or retrofit of existing lighting systems. The scope of work includes the following:

• Kokee State Park and Waimea Canyon Lookout, Kauai:  Providing a new roof mounted solar photovoltaic (PV) system on the existing Lodge, Museum, and Pavilion; and a new solar PV system on a new free-standing structure near the existing maintenance facilities.
• Mauna Kea State Park, Hawaii:  Providing a new roof mounted solar hot water heating system for seven existing rental cabins; new roof mounted solar PV systems on two existing barracks; and a new ground mounted vertical or horizontal wind turbine.
• Wainapanapa State Park, Maui:  Providing solar water heating systems for twelve existing rental cabins; a new roof mounted solar PV system on the existing Caretaker’s Office and Cottage; and new roof mounted solar PV systems on twelve exisitng rental cabins.
• Wailua Marina Sewage Pumping Station and Polihale State Park Well, Kauai:  Providing a new solar PV system on a new free-standing structure near the sewage pumping station; and a new solar PV system on a new free-standing structure near the well.
• Diamond Head State Monument, Oahu:  Providing a new solar PV system on the existing comfort station.
• Hapuna State Park, Hawaii:  Providing solar water heating systems for two existing comfort stations including modifications to the existing “cold water only” piping; new roof mounted solar PV system on the existing Maintenance Building; new roof mounted solar PV system on the existing dining hall; new ground mounted vertical or horizontal wind turbine; replace/retrofit the existing lighting systems for the dining hall; two new roof mounted PV systems on the existing South and North comfort stations; and replace/retrofit the existing lighting systems for the South and North Comfort Stations.

[back to Portfolio: Energy]

University of Hawaii at Manoa Benchmark Analysis

University of Hawaii Energy Study, Phases 1 and 2, and Benchmark Analysis

Honolulu, Hawaii

Phase 1 consisted of an energy conservation study for eight buildings at the University of Hawaii, totaling over 400,000 sf for HVAC, lighting, and building envelope upgrades. Phase 2 consisted of an energy conservation study for 40 buildings at the University of Hawaii, totaling over 1,000,000 sf for hvac, lighting, and building envelope upgrades.

We used this data along with other energy audit data to develop an overall benchmarking energy analysis including detailed energy monitoring, energy simulation analysis, identification, evaluation, and life cycle costing of energy conservation opportunities, summarized the annual baseline energy consumption, and recommended implementation costs and anticipated energy savings for the implementation of the ECOS identified during the energy audit stage, which totaled over 200 buildings and an annual energy cost of approximately $20,000,000 per year.

The energy audits were performed over 2,303,464 sf of building space in 2000 and 2001, with an estimated energy savings of 10,098,284 kW/year, or $1,037,250/year only for the buildings that were included in the energy audits. The estimated construction cost for the implementation of the recommended ECMs was $6,477,150, which was paid back in 6.2 years. If the energy savings predicted by the energy audits were extrapolated through the entire campus, the campus-wide energy savings would be as much as 25,729,000 kW/year, or $2,641,160/year, with a corresponding construction cost of $16,338,440 for the implementation of all ECMs. This would correspond to roughly a 20 percent reduction in the campus-wide electricity consumption.

[back to Portfolio: Sustainability]

Punahou School K-1 Campus

Punahou School Kindergarten and 1st Grade Building

HONOLULU, HAWAII

GBCI Certified LEED Platinum

Provided the mechanical and electrical engineering design work for plumbing, ventilation, air conditioning, fire protection, power and lighting to support the renovation of the existing Wilcox Kindergarten Building and construction of the new 1st grade complex.  The new K-1 complex is the largest building in the islands with platinum certification under the U.S. Green Building Council’s Leadership in Energy and Environmental Design, or LEED, standards.

The new 1st grade building’s mechanical scope of work included providing plumbing to all plumbing fixtures throughout the building; providing DX split system air conditioning units and natural ventilation features for all classrooms; incorporation of LEED features including the use of Carbon Dioxide demand controlled ventilation, occupancy sensors, water saving fixtures, and renewable energy sources; coordinating site utility connections with the prime contractor’s civil engineer; and providing fire sprinkler protection in each building if desired by the school.

The Wilcox Building had both mechanical and electrical engineering design work.  The mechanical scope of the project included removing the existing DX split systems and all existing plumbing features; providing new DX split air conditioning and natural ventilation features for all classrooms; providing new plumbing throughout the building; providing fire sprinkler protection throughout the building; and incorporating LEED features.

The electrical scope of work included removing existing lighting, receptacles, conduits, and electrical systems throughout the existing Wilcox Building; providing new power/telecommunication devices, fire alarm, and lighting to support the renovation of the Wilcox Hall; providing new power and telecommunications distribution to the Punahou K-1 campus; providing power/telecommunication devices, fire alarm, and lighting systems to the new classroom buildings as well as the Amphitheater and exterior site areas on the Punahou K-1 campus; and incorporating LEED features as much as possible.

In an effort to provide for as much as 60% of energy costs with on-site renewable energy, approximately 1,350 solar photovoltaic modules will be installed on the Punahou K-1 campus for a total system size of 270 kW.  Solar modules will be installed on the roofs of all buildings on the Punahou K-1 campus with the exception of Wilcox Hall, as well as on covered walkway canopies.  Additionally, electrical systems will be individually monitored and metered in order to track energy usage and savings on campus.

[back to Portfolio: Sustainability]

Maui Community College Science Building

KAHULUI, HAWAII

GBCI Certified LEED Silver

Currently providing the mechanical and electrical engineering work for a new two level, 50,000 sf science building being designed for LEED silver.  The scope of work includes providing the following:

• Plumbing to all of the new plumbing fixtures throughout the building.  Plumbing fixtures will be ultra-low flow type to maximize LEED credits.
• Acid-waste plumbing to all acid handling plumbing fixtures that will drain through a central neutralization tank.
• Support for the new generator including a fuel tank and ventilation.
• Hot water system consisting of solar water heating panels with gas back up.
• Evaluate air conditioning options for the new Science Building.  Options would include providing a standalone air conditioning system for the building (air cooled or water cooled), connecting to the existing campus central loop and expand the central plant as required to accommodate the new load.
• VAV air conditioning throughout the existing building with central station air handling units.
• 24 hour air conditioning for data and telecomm rooms.
• Exhaust ventilation for the laboratory hoods, hazmat storage and restrooms.
• Specialty ventilation for the machine shop and shop operations.
• Heat recovery for laboratory hood exhaust to pre-cool outside air intakes.
• Evaluate and implement a wind turbine on the grounds of the facility if deemed feasible.
• DDC system to monitor and control all HVAC equipment.
• Demand control ventilation for maximum energy savings.
• Fire sprinklers throughout the building.
• LEED alternatives to the greatest extent possible.

[back to Portfolio: Sustainability]

Zukeran Elementary School, Okinawa

DODEA MILCON Project,
Replace Zukeran Elementary School

CAMP FOSTER, OKINAWA

Our portion of the work included the mechanical and electrical engineering design work for this Design-Bid-Build project to construct a new elementary school to replace the existing Zukeran Elementary School.  The new school is designed to achieve LEED Silver.

Our scope of work includes the following:

Mechanical:

• Provide ventilation and air conditioning for the new building.
• Provide energy simulation modeling for LEED compliance and for EA Credit 1.
• Prepare and upload the required LEED documentation for the mechanical system enhancements and LEED prerequisites for USGBC/GBCI LEED Silver certification.

Electrical/Telecom:

• Provide new electrical and telecom/data service to the new building.
• Provide new interior electrical power distribution for building.
• Provide new exterior and interior lighting and daylighting controls.
• Provide pathways for telecom/data from the main admin building to the new admin building.
• Provide additional conduits for CCTV, CATV, security and access systems if required.
• Prepare and upload the required LEED documentation for the electrical system enhancements and LEED prerequisites for USGBC/GBCI LEED Silver certification.

[back to Portfolio: Educational]

Joan K. Mendel Elementary & Yokota High School

Joan K. Mendel Elementary School Addition and Replace Yokota High School Facilities

YOKOTA AIR BASE, JAPAN

InSynergy Engineering, Inc. is providing the mechanical, electrical, and fire protection engineering design work for plumbing, ventilation, heating and air conditioning, fire protection, power, lighting, telecom/data, and fire alarm/mass notification for the new elementary school addition and the new high school facilities at Yokota Air Base.  Our scope of work includes the following designs for both the Joan K. Mendel Elementary School addition and the Yokota High School facilities:

Mechanical:

• Provide plumbing for the new building.
• Provide heating, ventilation and air conditioning for the new building.
• Provide heating connected to the base high temperature hot water system.
• Provide energy simulation modeling for LEED compliance and for EA Credit 1.
• Prepare and upload the required LEED documentation for the mechanical system enhancements and LEED prerequisites for USGBC/GBCI LEED Silver certification .

Electrical:

• Provide new electrical and telecom/data service to the new building.
• Provide new interior electrical power distribution for building.
• Provide new exterior and interior lighting and daylighting controls.
• Provide pathways for telecom/data from the main admin building to the new building .
• Provide additional conduits for CCTV, CATV, security and access systems if required.
• Prepare and upload the required LEED documentation for the electrical system enhancements and LEED prerequisites for USGBC/GBCI LEED Silver certification.

Fire Protection:

• Conduct a hydrant flow test to confirm the available pressure and flow.
• Provide a new fire sprinkler system for the new building.
• Provide and coordinate the locations for new fire extinguishers.
• Provide a new fire alarm/mass notification system for the building and connect to the main fire alarm panel for the campus.

We are also providing mechanical support for the emergency generator at Yokota High School, as well as a new emergency power system for the fire pump and life safety loads and a fire pump to provide water for the fire sprinkler system.

[back to Portfolio: Educational]

Punahou School K-1 Campus

Punahou School Kindergarten and 1st Grade Building

HONOLULU, HAWAII

Provided the mechanical and electrical engineering design work for plumbing, ventilation, air conditioning, fire protection, power and lighting to support the renovation of the existing Wilcox Kindergarten Building and construction of the new 1st grade complex.  The new K-1 complex is the largest buiding in the islands with platinum certification under the U.S. Green Building Council’s Leadership in Energy and Environmental Design, or LEED, standards.

The new 1st grade building’s mechanical scope of work included providing plumbing to all plumbing fixtures throughout the building; providing DX split system air conditioning units and natural ventilation features for all classrooms; incorporation of LEED features including the use of Carbon Dioxide demand controlled ventilation, occupancy sensors, water saving fixtures, and renewable energy sources; coordinating site utility connections with the prime contractor’s civil engineer; and providing fire sprinkler protection in each building if desired by the school.

The Wilcox Building had both mechanical and electrical engineering design work.  The mechanical scope of the project included removing the existing DX split systems and all existing plumbing features; providing new DX split air conditioning and natural ventilation features for all classrooms; providing new plumbing throughout the building; providing fire sprinkler protection throughout the building; and incorporating LEED features.

The electrical scope of work included removing existing lighting, receptacles, conduits, and electrical systems throughout the existing Wilcox Building; providing new power/telecommunication devices, fire alarm, and lighting to support the renovation of the Wilcox Hall; providing new power and telecommunications distribution to the Punahou K-1 campus; providing power/telecommunication devices, fire alarm, and lighting systems to the new classroom buildings as well as the Amphitheater and exterior site areas on the Punahou K-1 campus; and incorporating LEED features as much as possible.

In an effort to provide for as much as 60% of energy costs with on-site renewable energy, approximately 1,350 solar photovoltaic modules will be installed on the Punahou K-1 campus for a total system size of 270 kW.  Solar modules will be installed on the roofs of all buildings on the Punahou K-1 campus with the exception of Wilcox Hall, as well as on covered walkway canopies.  Additionally, electrical systems will be individually monitored and metered in order to track energy usage and savings on campus.

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Kaimuki Christian School

HONOLULU, HAWAII

We provided the mechancial and electrical engineering design work for the new middle school expansion at Kaimuki Middle School. Our scope of work included the following:

• Plumbing for the new building and renovation of the restroom in the main building.
• Ventilation for the restroom areas.
• Air conditioning for the classrooms and computer lab.
• Energy simulation modeling for LEED compliance and for EA Credit 1.
• LEED documentation for the mechanical and electrical system enhancements and LEED prerequisites.
• Fundamental commissioning.
• New interior electrical power distribution for the building with new electrical service.
• New interior lighting and daylighting controls.
• Pathways for telecom/data fromt he main building telecom/data room to the new building classroom and computer lab spaces.
• Modification and expansion of the fire alarm system for the new building.
• Additional conduits for CCTV, CATV, security and access systems.

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