Agilent_220112

A Case study on interior and architecture of

Submitted By : •Nishu Sharma 5305•Shaina Mehra 5306•Priyadarshni 5301

Masters in interior designing (semester 2nd )BBK DAV College for womenAmritsar

At Manesar, Gurgaon, Haryana

Agilent represents the kind of 21st century organization that can engage with these issues

Not a romanticized ‘low-consuming’ past but a path to a highly networked future society

The Future of Intelligent Workspaces

The design uses techniques that have all been tried out separately.

Harmonized and implemented together, it will be an international example showcasing the future of office architecture in continental tropical climates

Site

Site

NH8

Hill

Agilent

Suzuki

Site

3.84 Hac

30 m R/W

60 m R/W

Agilent @ Manesar

Site Plan

Agilent @ Manesar

Basement 1

Despite selecting water cooled chillers, water consumption has beenreduced to about one third (110 klpd)of conventional (330 klpd) by rainwaterharvesting and double recycling ofwaste.

Hot water is provided by solar energywith gas backup.

Agilent @ Manesar Basement 11

Ramp for parking area covered with wooden logs finished in lincid oil

Ups battery storage and electric panel setup is well planned in conduit wiring

system

Fire extinguisher supply line continues at Upper floors

Agilent @ Manesar ,Gurgaon

• 820 cars including Secure self-driven cars in basement200 cars (staff SUVs + driver-driven cars)8 bus bays

Parking and Services

• The facility may grow to a gross 50,000 sqm PLUS 50,000 sqm parking and services

• The current Phase of 30,000 sqm PLUS 30,000 sqm can also be partly leased VENTILATLATION EXHAUST FANS

Agilent @ Manesar

Ground Floor Plan

Ground Floor Plan

S.no. ELEMENTS/ MATERIALS

1.

Reception area highlighted in wooden paneling with logo emphasized with cove lighting.Flooring in italian marble along dark color marble strip and steel strips.Gypsum Ceiling highlighted with cove and conceal lighting controlled with high-tech sensor system.

3.

Lobby has ampere space for sitting in black leather sofas .Gypsum Ceiling has ac shoot grill in simple modern contemporay designWall finished in wooden panelling along with steel strips.Clear glass window gives amper natural light which is covered with vertical blinds.Italian marble flooring pattern has combination of beige and brown color.

4.

Door made of wood finished with walnut mica with steel strips inlayed. Glass in some area gives partial visibility.

Agilent @ Manesar ,Gurgaon

INTERIOR FEATURES

WING 1OFFICE

WING 2OFFICE

WING 3OFFICE

REVIEW:All wings have color variation.Has standard workstation area

consumption .All electric fittings comes from under

floor in concealed conduits.Has display board and glass panel

for writing .Has needful and comfortable storage.Has natural lighting facility at

direction.Has armstrong tile ceiling with

hanging concealed tublight fitting.Has controllable ac fitting at floor

area.

Agilent @ Manesar

First Floor Plan

Agilent @ Manesar

PLANNING

Second Floor Plan

Agilent @ Manesar 5th October, 2006

CAFETERIA

Fifth Floor Plan

Agilent @ Manesar 5th October, 2006

INTERIOR FEATURES

Core- with service lift

Core- typical

Core area well utilized with refreshment area having comfortable sitting with back raised panel which have cove light at one end and place for coffee and drinking water machine at another end.

Gypsum ceiling with cove light.

Italian marble flooring.

Natural lighting through glazed window.

Needful storage under counter.

Passage area finished in armstrong carpet flooring.

Gypsum ceiling with sensor conceal lightings.

Wooden finished doors in mica and steel strips with required visibility of glass.

Pastel color schemes seen at overall office.

30,000 sqm office and meeting areas, interiors fitted up in phases for 2,400 Workstations ,2,000 sqm in 31 apartments,1,200 sqm of recreation and food courts30,000 sqm: two basements + multi-level parking and utilities basement (water tanks and thermal storage, rain water storage, AC and electricity, STP)

Basic Facilities

Air-conditioningExtremely low-energy Hybrid air-conditioning system With use of absorption chillers run on waste heat, With screw chiller (both air and water cooled) With thermal storage, Displacement ventilation for high ceiling heightwith individual ‘task air-conditioning’ vents For high diversity PowerContinuous, uninterrupted captive power supply Low-carbon gas-based power plant Co-generation of heat for air-conditioning Backed up by DG setsThe power demanded has been conserved To only about 3 MW (8 W/sft even on net area basis)

Workstations receive glare-free daylight and run with LED task lights.

Higher ceiling heights, 3.3 m.

Conceptual Section

UUNDER FLOOR AIR CONDITIONING

Agilent @ Manesar ,Gurgaon

UNDER FLOOR AIR CONDITIONING

Agilent @ Manesar ,Gurgaon

UNDER FLOOR AIR CONDITIONING

BRASS JOINT

CEMENTED BASE FLOOR

AC SHOOT

UNDER FLOOR AIR-CONDITIONING• Underfloor air conditioning system An underfloor air

conditioning system was introduced in this building. Compared with conventional ceiling diffuser system, not only promotes exhaust heat removal with higher efficiency but also increase the use of natural energy. The air column of the underfloor air-conditioning system can be controlled in either manual or automatic mode. In manual mode, occupants can directly control the air-conditioning to meet their personal requirements. Automatic mode is selected by the building operator during cool-down operations. Furthermore, automatic mode is selected over manual mode when the room temperature is abnormally high or low. 

• Personalized Air Conditioning through Integration with Furniture Several types of personal systems are available in this building. Type A is a typical system that diffuses the conditioned air from the floor plenum. Type B is a system that exhausts heat through the partition. This prevents discomfort caused by high-temperature air from a pedestal computer. The idea is to catch the heated air at its source and discharge it efficiently through the exhaust openings at the top of partitions. Type C has the partition connected to the underfloor fan unit via a duct. The diffuser of the floor unit is removed to allow connection to the furniture outlet. The air from the floor plenum is mixed with room air to control supply air temperature from the partition outlet. 

• In the underfloor air-conditioning system, significant beneficial impacts of directly removing exhaust heat can be achieved which means that the cooling load to be processed in the occupied area can be decreased. Consequently, higher temperature supply air is delivered at the time of cooling compared with a conventional ceiling-based air-conditioning system, assuming the same amount of conditioned air is supplied. Experimental results led to the assumption that the underfloor air-conditioning system allows the temperature of supply air to be approximately 4oC higher than that of the ceiling based air-conditioning system. When the climatic conditions of India are taken into account, the potential amount of cooling energy savings that can be achieved is estimated to approach 30%.

Agilent @ Manesar ,Gurgaon

Agilent @ Manesar ,Gurgaon

OCCUPANT SENSORS• Occupant sensors are switching devices that respond to the presence

and absence of people in the sensor's field of view. The system consists of a motion detector, an electronic control unit, and a controllable switch (relay). The motion detector senses motion and sends the appropriate signal to the control unit. The control unit then processes the input signal to either close or open the relay that controls power to the lights. The basic technology behind the occupant sensor derived from security systems developed for residential and commercial applications to detect intruders. However, the motion sensor has been refined so that it responds not only to the presence of occupants, but also to the absence of occupants in the space. Other enhancements of the technology have centered on reducing costs, increasing control intelligence, improving ability to detect minor motion, and increasing adjustment capabilities.

Agilent @ Manesar ,Gurgaon

OCCUPANT SENSORS

Captive commuting facilities. State-of-the-art IT Infrastructure with optical fiber backbone, world-class conference / meeting space.Future-ready building with long term asset value and timeless finishes. Recreation centers, rooftop café with 350 covers, daycare centers, medical sick bay, gym and health club, meditation center.

Other Features

Climatic ResponseThe type of building designed allows good daylight, minimum overheating, good views (to the hill to the south), efficient and flexible circulation patterns. Main glazed facades are oriented north or south, avoiding west and east, eliminating uncontrollable solar radiation. Character

Friendly, human Not a ‘glass look’ >> unmanageable heat ingress Limited glass (~60% on North and South façade) To provide natural light without glare or heat

The woodWaterbodiesPlay facilities: Tennis, BasketballAmphitheatreSoft parking on groundSwales, not drains‘Plantscaped’ facadesLandscaped courts with mist

Landscape

Recreation and Other Facilities Squash

Meditation roomIndoor sports (TT)

YogaSpa

GymBar

Food Court for 170Cafeteria for 350

Self service beverage counters

Flexible modules have been

worked out for interior options in 8.4 m x 8.4 m grid.

Parking is efficient, grossdensity = 35 sqm/ECU; betterthan, say, 11m x 11m (40 sqm/ECU gross)

Avoids central column, improving interior layout

Economical (20% of horizontal

structure cost saved compared to 11m span)

The Grid

Agilent @ Manesar ,Gurgaon

Grid

8.4m x 8.4m

Plug and play stations with flexible interiors on floor plates from 6,000 sft to 15,000 sft.

With workstations of 1.8 m x 1.8 m, supervisors of 2.8 m x 2.4 m, and a variety of meeting room sizes, a user density of about 10.5 sqm/person is achieved.

Gross area about 12.5 sqm per person.

Workstations

Agilent @ Manesar ,Gurgaon

..THANK YOU..

Agilent @ Manesar ,Gurgaon