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Item Description A-Frame Retractable Roof Greenhouse with retractable shading curtain for summer cooling and winter heat retention. Apx Area 1400 Sqm

A frame structure suitable for hilly regions to slid snow easily with load capacity of 0-150Kg/Sqm and resist wind speed of 0-150kmph • Area to be covered =1400 sqm (apx)….bidder may suggest optimum area as per site conditions. • Size =48m x 29.16m (apx) bidder may suggest a modular structure • Ground Snow Load: 0- 150 kg / m2. • Wind Speed: 0-150 kmph. • Crop / Equipment Load: 22 kg / m2. • The building use and occupancy is classified as Production. • Roof and perimeter walls being closed. The bidder is required to work-out total requirement of each item of the Greenhouse as per below details/specifications and give his cost-offer along with AMC and any other costs, whatsoever:-

Greenhouse Structure • Gutter connected A frame houses, 48 m x 29.16 m, totalling 1400 m² with two independent growing zones -one for propagation and second for hydroponics. • Gutter height above the ground is 4.3 m. • The greenhouse gutters should be oriented at least 15 degrees off North/South to ensure optimal movement of shadows when the roof is retracted. • Design is based on the houses being installed on a straight plane or grade. The maximum slope across the house and gable end is 3.3% and is 4% along the gutter. • All posts are either square or rectangular hollow structural steel. • All posts are bolted to hot dipped galvanized stubs which are set into the concrete footings. • All fasteners are imperial.

Retractable Roof System • Roofs move from truss to truss. • Roofs are powered by gear motors. • The retractable roof is suspended from heavy-duty hooks, that "snap on" to stainless steel suspension wires. • To create the maximum greenhouse effect, roofs are made with RC02 clear, UV stabilized, woven and coated polyethylene. • Applicable perimeter and zone seals are included.

Retractable Cooling and Heat Retention • One separate layer of retractable curtain system. • An internal retractable curtain system for cooling and heat retention. • Proper design of structure to improve cooling, ventilation, and heat retention capabilities. • Help reduce condensation on the underside of the roof covering during cool nights (minimal impact if curtain is porous to air). • The curtain system is to be designed for indoor and outdoor use in wind conditions up to 60 kmph in the covered position. The system utilizes many of the same components that are used on the retractable roof systems. • The curtains will travel from truss to truss and have a flat profile • The curtains are suspended using the same heavy-duty hooks as used in the roof. • The curtain is made using: Covering material for summer cooling and heat retention– fire retardant, clear UV stabilized, water porous woven polyethylene providing approximately 85% diffused light transmission. Sealing at each truss is created by the leading edge of the curtain overlapping the rear edge of the adjacent curtain.

Horizontal airflow fans (No. of Fans = 10) • Size in MM D 320 MM x H 550 MM • Frame Material: Stainless Steel • Blade Materials: Aluminium • No. of Blades = 5 • Frequency = 50 HZ • Speed = 1400 rpm • Voltage = 220 v • Air Volume = 8700 m3 • Power = 180 w • Weight = 12 kg • Phase = Single phase • Air Throw = 90 ft

Exterior walls Stationary walls (Gable side) • Two gable side perimeter walls to be covered with stationary RC02. • The gable peaks and the area below the gutter to be covered in RC02 • RC02 is secured with black reinforcing tape and self-drilling/self- tapping screws. Rollup walls (sidewall side) • Walls or wall sections that have stationary coverings to be covered with RC02 that is secured with black reinforcing tape and self- drilling/self-tapping screws. • Walls with motorized roll-up curtains should have stationary RC02 clearly installed above the roll up curtains. • Roll-up curtains are powered using gear-motors and are a double take up design with the drive shaft in the center of the roll-up curtain. • The maximum slope for installation of roll-up curtain should be 4%. (The bidder should keep a provision of additional motors or telescopic shafts for excess slope beyond 4%, if required at site) • Roll-up curtains to be made of RC02, UV stabilized, watertight woven polyethylene fabric. • The head clearance under the lowest part of the roll-up curtain on the sidewalls and gables when the curtain is open should be 3.25m (10½ft). • Roll-up curtain opening to be covered with stationary 50 mesh (10x20 threads per cm) insect net • Roll-up curtain should extend down to a 60cm (24”) kneewall. The kneewall covering being RC02 clear should be attached to a steel girt. • All doors should be manual- sliding doors, 3.05m high (10'-0") covered with RC02. • A sanitary cabin is included at door locations as indicated on the plan view drawing. The roof is covered with RC02 White. The walls and outside door are covered with 10x20 m insect net, and the inside door is covered with RC02 clear.

Automation • The control system will be designed to create 2 independent growing zones-- one for nursery propagation and second for hydroponics. • All motors to be automatically controlled using the Greenhouse Controller. • The greenhouse controller utilizes the newest version of the “The Retractable Roof Production System” control strategy . • There should be scope for growers to manage all aspects of their growing environment from any web connected device, including making remote changes to settings and functions using an application like “Team Viewer”, besides the provision to manage their risks through controllers to work automatically sending email alerts straight to their phone identifying a variety of threats, including environmental abnormalities-- such as spikes in temperature and humidity. • The greenhouse controller to have 5 sensor inputs and 12 outputs for controlling 6 motor groups, and 2 alarms. Each pair of outputs shall control a maximum of 4 motors. Expansion units if required to be mentioned separately in case additional outputs are there. Add-Ons: • One (1) Weather station 1000 series with sensor package (#990-0005-09) to include: o One black plate temperature sensor. o One outside digital air temperature and humidity sensor. o One solar light sensor. o 2 optical rain sensors wired in parallel—both mounted to the weather station, with a facility to relocate the second sensor up to 60m (200ft) away from the weather station. o One wind speed sensor and wind direction sensor. o One barometric pressure sensor (to sense a drop in pressure to automatically close the roof due to an approaching strong storm). o 45m (150ft) of connector cable to connect the weather station to the site master. o One (1 Greenhouse controller “site master” # 990-1800-02 with a digital air temp/ humidity sensor and 30m/ 100ft of cable. o One (1) Zone Master each with a digital air temp/ humidity sensor and 30m (100ft) of connector cable. Each zone master allows for independent control of temperature and humidity in a growing zone. o One soil temperature sensor. o One soil moisture sensor. o 75m (250ft) of connector cable for soil moisture and temperature sensors. • Connectivity/ remote access Greenhouse Environmental Control software (#990- 0018-10) is included. The software is to be installed on a customer supplied PC and must be permanently connected to the greenhouse controller. This software allows for: o Easy programming of the greenhouse controller. o Remote monitoring using software like Web Ex, Team Viewer etc. o Live data logging and data backup.

IOT based automation system 4.3” Projected touch screen • Data Monitoring and Logging • Flush mount to Panel • Full touch response • Data logging with Cloud-App • 5 Analog Inputs & 12 Relay output on-board • High Accuracy standard sensors • Monitor Temperature, Humidity, Indoor Light • Optional Outdoor Temp/Humidity transducer • Password security • Configuration options help to set alarms • Device supports control of fan, pad, and Foggers • Remote cloud display shows parameters inside and outside of Greenhouse The Smart Green provides greenhouse environmental monitoring solution in a simple-to-use package. An attractive flush-mount faceplate is complemented by an intuitive graphical display to meet any architectural requirement. The unit supports monitoring up to 5 parameters for greenhouse. The environmental sensors sensors are site installable and ordered separately. The analog 4-20mA inputs allows the external variety of sensors to connect. The Integration with centralised controlling and monitoring over to cloud is made easy through the in- built wireless network connectivity. Ex-tended Wireless network The wireless network design enables the SmartGreen to fit in tightly controlled locations. The SmartGreen system automatically transfers live data using Wi-Fi wireless communication network. It’s ideal for use in Greenhouses with multiple monitoring points. It’s easy to install the radio setup with Bluetooth App. The App helps to install various components in the network. SmartGreen is the gateway and collects the data from all sensor node and send it to cloud software. Alerts can be programmed from centralized unit and whenever the set-points crossovers are detected at the unit, alerts are indicated visually on cloud as this alarm event is sent to centralised software to log this. The high accuracy sensors allow to trap the variations in environmental parameters. The capacitive touch screen provides swipe functionality • and allows user easy use

Electrical and Motor Contactor Panels • One contactor panel with a Cover / Off / Uncover / Automatic switch will be supplied for each motor. • Electrical wires to connect motors and control panels are included.

Heating system (No. of Heaters = 16) Heating System for the entire greenhouse to maintain temperature between 15 to 30º C during winter climatic conditions • Heaters with fan blowers 1/2 hp, 1p, 1400 rpm , 2.5 kw • housing and bird guard ms • hot dip gal/epoxy powder coating

Lighting system Photo synthetically active radiation lamp: PAR LED illumination with height adjustment and flexible intensity lamp for supplementing the natural day light by 400-600 micro moles/Sqm using high flux fluorescent lighting system or HPS/HQI equally distributed inside the entire house.

Heat exchanger Earth heat tube exchanger of network of parallel pipes buried at around 2.5-- 3.5 m of soil depth with a low hp blower for air

Electrical fittings Complete electrical wiring of structure with copper wire, MCB, main switch, light/power point requirement

Fogging To increase the humidity up-to 80% ± 5% by providing 4 way fogging Nozzles hanging type with fine discharge (28-30 lh) at 4bar pressure. Drip Irrigation System: Inline dripper discharge 2/4 LH each nozzles spacing L/L- 0.6m N/N- 0.3m, Head unit: common for drip and fogging system Pump:1.0HP Filer: Disc online Fertigation: Ventury Water tank:1000 ltr

Benching system for nursery propagation(zone1) (Area to be covered = 250 Sqm) • GI Fix benches GI Mesh on top • Main stand 32 mm x 32 mm x 1.2 mm GI SQR Tube • Support Pipe 20 m x 20 mm x 1.2 mm GI SQR Tube • Size of the table 13 mtr x 1 mtr = 13 sqm area cover by one bench •

Earth work Excavation in trench and foundation Lean concrete in 1:3:6 mix (1 cement: 3 coarse sand: 6 stone aggregate 40mm nominal size) & Plain Cement Concrete in 1: 2: 4 (1 cement: 2 coarse sand: 4 stone aggregate 20mm nominal size) wherever required

Boom Irrigation (Area to be covered = 843 Sqm) • 9.6 mtr width • 28 LPH discharge per nozzle • One boom covers entire span • With Traveling system • Total 3 nos boom irrigator • With all fitting and accessories

Soilless cultivation system-optional (zone 2) a) (Area to be covered = 561 Sqm) Soilless cultivation in blocks along with deep water culture system and pipe block nutrient film apparatus for growing crops in each greenhouse as per requirement • Reservoir or holding tank • Submersible pump • Net pots to hold plants • Distribution lines or tubing • Return system or drainpipes b) (Area to be covered = 250 Sqm) Fabrication and providing of steel frames, trays, and containers as per design. Trays shall be 450mm x 600 mm x 150 mm size with 4 no trays to be hosted in one shelf. The trays should be heavy type stainless steel to carry safe load and each tray should be provided with fertigation as per requirements, including all fixtures complete in all respect. • DWC Hydroponic system with all fitting and accessories like • FRP table 4 ft x 8 ft • Hi Quality Thermocoal Sheet • GI stands • Plumbing in pvc • Total 50 tables in zone. c) NFT Channels (Area to be covered = 250 Sqm) • Material: Food-grade UPVC • Specification: 0.1x0.05m • Ribs design on the bottom • Length: 6 mtr per piece • Hole diameter: 5 cm. • GI table 1.8 mtr x 1 mtr x 5 mtr • 10 channels in a table • Total 24 tables • With all fitting and accessories

Control Room (As per snow load perimeter) (Area to be covered = 28 Sqm) Control Room which houses Header units along with Irrigation and fertigation tanks, controllers, Germination chamber, electrical boxes with Computer systems.

Germination Chamber (Area to be covered = 6 Sqm) Germination Chamber (Puff Panel- 100mm thickness) to germinate the vegetable seedlings at the temperature of 28 degrees.

Good quality four layer Water Tank of 5000 liters capacity to be in house in Control room (No. of Tanks = 01)

Providing and installation of 75 KVA, stabilizer as per specifications, complete in all respect. (No. of Stabilizers = 01)

Providing and installation of 55 KVA, DG genset as per specifications complete in all respect especially for heating along with its civil work and electrical panel. (No. of Diesel Gen-Sets = 01)

Providing and installation of 20 KVA, DG genset as per specifications complete in all respect for all other systems along with its civil work and electrical panel. (No. of DG Sets = 01)

AMC of three years( beyond DLP) covering all the components which shall include software/hardware and all mechanical/ electrical/ electronic/structural components as well as side and roof coverings.  Cost for 1st year  Cost for 2nd year  Cost for 3rd year

Note:- > : 1 The rates quoted are/ should be inclusive of all carriages of materials (Mechanical/Manual) from source to site work and all extra charges including dewatering if any during the execution of work complete in all respects. > : 2 Any typicall mistake in the BOQ, Shall be Governed by the original estimate/Schedule of rates and Correction/s if any Shall be applied in the allotment/Agreement accordingly. >: 3. The bidder is required to work-out total requirement of each item of the Greenhouse as per above details/specifications and give his cost-offer along with AMC and any other costs, whatsoever, as under: >: 4. I/we agree to execute the above work/s in accordance with the approved drawings and technical specifications as above along with AMC period at a total contract price.

Saveer Biotech Limited

M/S NASEER AHMAD BHAT