Water Fixtures

Make sure water boilers, tanks, and hot water pipers are well insulated to avoid heat lost.

Estidama

The Estidama Pearl Rating System created by the Urban Planning Council in Abu Dhabi establishes sustainable design and construction criteria for new villas (residential): https://www.upc.gov.ae/en/upc-services-and-tools/services/estidama-services

Dubai Al Sa’fat

As of 2016 the Dubai Municipality has established the Al Sa’fat Rating System which is mandatory for all new buildings in the Emirate of Dubai.

LEED

The LEED for Homes rating system offered by the USGBC is a comprehensive sustainability rating system that provides guidance on energy and water efficient homes as well as other sustainability practices. These systems contain many features which can be incorporated into new construction projects in the Emirates. Visit website for more info.

BREEAM

UK’s BREEAM Code for Sustainable Homes also provides an effective rating system and assessment method to determine the sustainability of homes.

ASHRAE 62.2

Ventilation and Acceptable IAQ for residential buildings
https://www.ashrae.org/technical-resources/bookstore/standards-62-1-62-2

ASHRAE 90.2

Energy Efficient Design for Low Rise Residential Buildings
https://www.techstreet.com/ashrae/standards/ashrae-90-2-2018?product_id=2030773/

Water Fixtures

Make sure water boilers, tanks, and hot water pipers are well insulated to avoid heat lost.

Recycled Bin Storage

Segregated recyclable waste bins are recommended for effective waste reduction, through segregation of paper, plastic and metal items helps divert waste from being disposed into landfills and ensure that the waste is being contained from the source.

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Radiant Cooling

A Radiant Cooling system (also referred to as Chilled Beam system) can significantly lower the cooling load on a chiller by utilizing water instead of air as the medium of heat transfer in the HVAC system. Chilled beams consume less fan energy, require less ceiling space, and are much quieter. Such systems are expected to lower the chiller cooling load by approximately 20%. Insulated floors can regulate cooling demand.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Indoor Lighting

Maximize on natural daylight usage – a study of 2000 California classrooms found that students in classrooms with the most daylight progressed 20% faster in math and 26% faster in reading than students in classrooms with the least amount of natural light. Moreover, a well-designed school building with ample natural lighting is estimated to reduce lighting energy use by 50% to 80%.

Windows Shades

Large windows provide a generous amount of daylight but if not controlled properly this light can produce unwanted glare and affect interior lighting quality. Measures to control glare include adding light shelves, louvers, blinds, and shades into the design of the building façade.

Lighting Controls

Lighting controls in schools help regulate energy usage. Multiple lighting control options serve a similar purpose where indoor occupants can turn off lights that are near windows during peak daylight hours. Occupant education and awareness goes a long way in preventing employees from leaving lights switched on when they are not needed. In addition, using sensor technology is a beneficial step to take for building owners to further utilize energy saving investments.

Climate Efficient Windows

In the UAE, south-facing facades are subjected to large amounts of solar gain. This can be alleviated by purchasing low-emissivity glazing which reduces heat absorption through windows. Installing climate-efficient windows such as double-glazed windows can keep out the heat during the summer – many manufacturers provide windows with low Solar Heat Gain Coefficient (SHGC). The SHGC refers to a number of factors in the windows construction such as glazing type, coating, and pane to glass ratio, which can affect the amount of solar radiation that enters the building interior.

Clerestory

Architectural features such as clerestories and atriums bring in adequate light into deeper centers inside buildings and rooms.

Climate Efficient Windows

Installing climate-efficient windows such as those that are double-glazed and/or have low-emissivity coating can keep out the heat during the summer.

In the UAE, south-facing facades are subjected to large amounts of solar gain. This can be alleviated by purchasing low-emissivity glazing which reduces heat absorption through windows. Installing climate-efficient windows such as double-glazed windows can keep out the heat during the summer – many manufacturers provide windows with low Solar Heat Gain Coefficient (SHGC). The SHGC refers to a number of factors in the windows construction such as glazing type, coating, and pane to glass ratio, which can affect the amount of solar radiation that enters the building interior.

Climate Efficient Windows

Installing climate-efficient windows such as those that are double-glazed and/or have low-emissivity coating can keep out the heat during the summer.

In the UAE, south-facing facades are subjected to large amounts of solar gain. This can be alleviated by purchasing low-emissivity glazing which reduces heat absorption through windows. Installing climate-efficient windows such as double-glazed windows can keep out the heat during the summer – many manufacturers provide windows with low Solar Heat Gain Coefficient (SHGC). The SHGC refers to a number of factors in the windows construction such as glazing type, coating, and pane to glass ratio, which can affect the amount of solar radiation that enters the building interior.

Climate Efficient Windows

Installing climate-efficient windows such as those that are double-glazed and/or have low-emissivity coating can keep out the heat during the summer.

In the UAE, south-facing facades are subjected to large amounts of solar gain. This can be alleviated by purchasing low-emissivity glazing which reduces heat absorption through windows. Installing climate-efficient windows such as double-glazed windows can keep out the heat during the summer – many manufacturers provide windows with low Solar Heat Gain Coefficient (SHGC). The SHGC refers to a number of factors in the windows construction such as glazing type, coating, and pane to glass ratio, which can affect the amount of solar radiation that enters the building interior.

Playground Equipment

Eco friendly playgrounds use non-toxic materials. The ones that meet the highest standards use FSC (Forest Stewardship Council) certified wood and 100% post-consumer waste recycled materials such as recycled plastics and rubber tires for playground mulch.

Playground Equipment

Eco friendly playgrounds use non-toxic materials. The ones that meet the highest standards use FSC (Forest Stewardship Council) certified wood and 100% post-consumer waste recycled materials such as recycled plastics and rubber tires for playground mulch.

Playground Equipment

Eco friendly playgrounds use non-toxic materials. The ones that meet the highest standards use FSC (Forest Stewardship Council) certified wood and 100% post-consumer waste recycled materials such as recycled plastics and rubber tires for playground mulch.

Reflective Concrete

Reduce heat-island effects by installing reflective concrete for pathways. There is significant payback as reflective surfaces increase overall light levels and enable buildings to use fewer onsite light fixtures.

Shade / Canopy

Schools generally have fewer paved and impermeable surface area than offices in urban districts – however, since playgrounds use artificial surface cover, they are still susceptible to absorbing heat and should be adequately covered.

Shading

Providing plants with shade protects them and leads to less watering.

A number of schools in the UAE prefer to grow their own food, as it provides a great learning opportunity for students to get acquainted about local production, factoring in the climate conditions of the UAE. Examples of climate resilient vegetables are tomatoes, zucchini, basil, and spinach (sabanek) Growing your own herbs, fruits and vegetables can be a very satisfying hobby. It also helps save money, reduce carbon emissions related to artificial fertilizers, pesticides and food transportation, and it improves access to healthy food.

https://emiratesgbc.org/wp-content/uploads/2020/06/img31-1.jpg

Shading

Providing plants with shade protects them and leads to less watering.

Food Production

A number of schools in the UAE prefer to grow their own food. Vegetables that thrive in the springtime include zucchini, broccoli, eggplant, onions, and potatoes. During winter, homeowners can also grow cucumber, pumpkin, bell pepper, and chilies. Growing your own herbs, fruits and vegetables can be a very satisfying hobby. It also helps save money, reduce carbon emissions related to artificial fertilizers, pesticides and food transportation, and it improves access to healthy food.

Shrubbery

Plants should be grouped together per their irrigation requirements.

Shrubbery

Plants should be grouped together per their irrigation requirements.

Shrubbery

Plants should be grouped together per their irrigation requirements.

Windows Shades

Large windows provide a generous amount of daylight but if not controlled properly this light can produce unwanted glare and affect interior lighting quality. Measures to control glare include adding light shelves, louvers, blinds, and shades into the design of the building façade.

Clerestory

Architectural features such as clerestories and atriums bring in adequate light into deeper centers inside buildings and rooms.

Flushing Valve

Install a Low or Dual flushing valve with prescribed flush rates of 3/6 L per flush, furthermore considering alternative water sources such as Grey Water Supply, will help reduce the potable water demand.

Flushing Valve

Install a Low or Dual flushing valve with prescribed flush rates of 3/6 L per flush, furthermore considering alternative water sources such as Grey Water Supply, will help reduce the potable water demand.

Flushing Valve

Install a Low or Dual flushing valve with prescribed flush rates of 3/6 L per flush, furthermore considering alternative water sources such as Grey Water Supply, will help reduce the potable water demand.

Showerhead

Automated Light sensors should be installed for the showerheads, maintaining the showerhead at a flow rate of 8-9.5 liters/minute.

Bathroom Water Faucet

Install efficient water faucets in bathrooms to reduce water consumption down to 6l/m. It is also recommended to install aerators, which help in adjusting the flowrate by providing more coverage with less water.
For higher water savings, the faucet can be fitted with a sensor to control the water flow based on demand.
Install low-flow water taps and dual-flush toilets. Dual flush toilets use 3/6 liters per flush

Bathroom Water Faucet

Install efficient water faucets in bathrooms to reduce water consumption down to 6l/m. It is also recommended to install aerators, which help in adjusting the flowrate by providing more coverage with less water.
For higher water savings, the faucet can be fitted with a sensor to control the water flow based on demand.
Install low-flow water taps and dual-flush toilets. Dual flush toilets use 3/6 liters per flush

Trees Shrubbery

If the school is not in a high-rise building – which is the case with most schools in the UAE – then locate trees and larger shrubs in proximity to south and west facing walls in order to benefit from their shade.

Trees Shrubbery

If the school is not in a high-rise building – which is the case with most schools in the UAE – then locate trees and larger shrubs in proximity to south and west facing walls in order to benefit from their shade.

Trees Shrubbery

If the school is not in a high-rise building – which is the case with most schools in the UAE – then locate trees and larger shrubs in proximity to south and west facing walls in order to benefit from their shade.

Façade Shades or Louvres

Provide vertical shading for windows located on east and west facing walls, and horizontal shading for windows located on south facing walls.

Façade Shades or Louvres

Provide vertical shading for windows located on east and west facing walls, and horizontal shading for windows located on south facing walls.

Thermostat

Maintaining your air-conditioner’s temperature at 24 degree C reduces pressure on cooling units, reduces monthly bills, and in turn reduces carbon emissions in the atmosphere.

Thermostat

Maintaining your air-conditioner’s temperature at 24 degree C reduces pressure on cooling units, reduces monthly bills, and in turn reduces carbon emissions in the atmosphere.

Thermostat

Maintaining your air-conditioner’s temperature at 24 degree C reduces pressure on cooling units, reduces monthly bills, and in turn reduces carbon emissions in the atmosphere.

Thermostat

Maintaining your air-conditioner’s temperature at 24 degree C reduces pressure on cooling units, reduces monthly bills, and in turn reduces carbon emissions in the atmosphere.

Rooftop Unit

Air-conditioners account for 60-80% of a building’s energy consumption. Regular manufacturer-recommended commissioning and recommissioning of residential AC systems prevents energy wastage from appliances working in unsatisfactory condition and can increase their lifespan by preventing premature and costly breakdowns.
Split units are ductless air conditioning units which are common in the UAE. They are easier to install than window air conditioning units and relatively more energy efficient.
Central air conditioners are virtually invisible. They require frequent maintenance and this is important as negligence can raise your energy bills.
Purchasing AC with high energy efficiency star rating (5 or 4 stars) will reduce your energy consumption and save on your energy bill.
A 5 star AC saves up to 26% of electricity ( up to 1879 kWh/year and 569 AED/year ) compared to 1 star. Payback period is approximately 1 year.
Clogged, dirty filters block normal airflow and reduce system’s efficiency significantly. AC filters should be cleaned at least 2 times per year.
District cooling is almost 40% more energy efficient than other cooling solutions, if possible, consider connecting to DC.
Air leakage is the most common cause of increased energy consumption in air conditioning as well as occupant discomfort. Through the use of simple air tightness tests such as blower door fan and thermal imaging , areas of air leakage can be easily detected. Using weather-strips along the windows and doors can help in sealing and air tightness.
Maintaining your air-conditioner’s temperature at 24 degree C reduces pressure on cooling units, reduces monthly bills, and in turn reduces carbon emissions in the atmosphere. Set the base temperature to 24- 25 deg to reduce the energy consumption for cooling. Raising cooling set point temperature by 1 degC can save up to 4% in cooling energy.

Rooftop Unit

Air-conditioners account for 60-80% of a building’s energy consumption. Regular manufacturer-recommended commissioning and recommissioning of residential AC systems prevents energy wastage from appliances working in unsatisfactory condition and can increase their lifespan by preventing premature and costly breakdowns.
Split units are ductless air conditioning units which are common in the UAE. They are easier to install than window air conditioning units and relatively more energy efficient.
Central air conditioners are virtually invisible. They require frequent maintenance and this is important as negligence can raise your energy bills.
Purchasing AC with high energy efficiency star rating (5 or 4 stars) will reduce your energy consumption and save on your energy bill.
A 5 star AC saves up to 26% of electricity ( up to 1879 kWh/year and 569 AED/year ) compared to 1 star. Payback period is approximately 1 year.
Clogged, dirty filters block normal airflow and reduce system’s efficiency significantly. AC filters should be cleaned at least 2 times per year.
District cooling is almost 40% more energy efficient than other cooling solutions, if possible, consider connecting to DC.
Air leakage is the most common cause of increased energy consumption in air conditioning as well as occupant discomfort. Through the use of simple air tightness tests such as blower door fan and thermal imaging , areas of air leakage can be easily detected. Using weather-strips along the windows and doors can help in sealing and air tightness.
Maintaining your air-conditioner’s temperature at 24 degree C reduces pressure on cooling units, reduces monthly bills, and in turn reduces carbon emissions in the atmosphere. Set the base temperature to 24- 25 deg to reduce the energy consumption for cooling. Raising cooling set point temperature by 1 degC can save up to 4% in cooling energy.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Ceiling Lights

Replace your existing light bulbs with LED lights. They are 80% more efficient than incandescent or halogen light bulbs and can save you up to 1,000 AED per bulb over its lifetime.
To reduce energy consumption, it is recommended to incorporate sensor/motion-lighting in all school areas where occupancy is variable such as hallways, eating areas, printer rooms, and restrooms.

Solar Hot Water Systems

Examples of onsite renewable energy cited in the Estidama Pearl Building Rating System are solar thermal systems for heating water, solar electric systems (photovoltaic panels), wind energy systems, and organic/agricultural and animal waste to energy systems. Points are awarded based on kWh saved.

Estidama also recommends allocating space at roof level for future installation of renewable energy equipment.

Insulate solar water tank and hot water pipes to reduce heat loss.

Solar Hot Water Systems

Examples of onsite renewable energy cited in the Estidama Pearl Building Rating System are solar thermal systems for heating water, solar electric systems (photovoltaic panels), wind energy systems, and organic/agricultural and animal waste to energy systems. Points are awarded based on kWh saved.

Estidama also recommends allocating space at roof level for future installation of renewable energy equipment.

Insulate solar water tank and hot water pipes to reduce heat loss.

Rooftop Solar Panel

Switching from an electric heater to a solar water heater can save 3.6 kWh per person per day. Solar water heater can be used as a source of hot water for operation of the solar cooling absorption chillers.

Rooftop Solar Panel

Switching from an electric heater to a solar water heater can save 3.6 kWh per person per day. Solar water heater can be used as a source of hot water for operation of the solar cooling absorption chillers.

Rooftop Solar Panel

Switching from an electric heater to a solar water heater can save 3.6 kWh per person per day. Solar water heater can be used as a source of hot water for operation of the solar cooling absorption chillers.

Solar Photo Voltaic Parking Shade

Covered car parks can prevent heat-island effect by reflecting heat before it reaches the ground. In addition, the roofs of these structures provide ample surface area for the installation of solar panels.

Solar Photo Voltaic Parking Shade

Covered car parks can prevent heat-island effect by reflecting heat before it reaches the ground. In addition, the roofs of these structures provide ample surface area for the installation of solar panels.

Solar Photo Voltaic Parking Shade

Covered car parks can prevent heat-island effect by reflecting heat before it reaches the ground. In addition, the roofs of these structures provide ample surface area for the installation of solar panels.

Solar Photo Voltaic Parking Shade

Covered car parks can prevent heat-island effect by reflecting heat before it reaches the ground. In addition, the roofs of these structures provide ample surface area for the installation of solar panels.

Recycled Bin Storage

Segregated recyclable waste bins are recommended for effective waste reduction, through segregation of paper, plastic and metal items helps divert waste from being disposed into landfills and ensure that the waste is being contained from the source.

Recycled Bin Storage

Segregated recyclable waste bins are recommended for effective waste reduction, through segregation of paper, plastic and metal items helps divert waste from being disposed into landfills and ensure that the waste is being contained from the source.

Shade / Canopy

Schools generally have fewer paved and impermeable surface area than offices in urban districts – however, since playgrounds use artificial surface cover, they are still susceptible to absorbing heat and should be adequately covered.

Shade / Canopy

Schools generally have fewer paved and impermeable surface area than offices in urban districts – however, since playgrounds use artificial surface cover, they are still susceptible to absorbing heat and should be adequately covered.

Hardscape:

The use of dark, non-reflective surfaces for parking, roofs, walkways and other hardscapes contributes to the heat island effect – the land absorbs the suns warmth and then radiates it into the surroundings. This can increase surrounding temperatures by 2 to 10 degree F.

Reflective Concrete Reduce heat-island effects by installing reflective concrete for pathways. There is significant payback as reflective surfaces increase overall light levels and enable buildings to use fewer onsite light fixtures. Use bound aggregate for porous carparks to reduce heat build up.

Shade / Canopy Schools generally have fewer paved and impermeable surface area than offices in urban districts – however, since playgrounds use artificial surface cover, they are still susceptible to absorbing heat and should be adequately covered.

Playground Set Eco friendly playgrounds use non-toxic materials. The ones that meet the highest standards use FSC (Forest Stewardship Council) certified wood and 100% post-consumer waste recycled materials such as recycled plastics and rubber tires for playground mulch. Use bound recycled rubber crumb from rubber tires to offer protection for critical fall height for school playground.

Green Roof System Use green roof systems, such as light weight and water retaining fabric rolls combined with subsurface copper dripline to achieve high efficiency irrigation.

Shading

Providing plants with shade protects them and leads to less watering.

Food Production

A number of schools in the UAE prefer to grow their own food. Vegetables that thrive in the springtime include zucchini, broccoli, eggplant, onions, and potatoes. During winter, homeowners can also grow cucumber, pumpkin, bell pepper, and chilies. Growing your own herbs, fruits and vegetables can be a very satisfying hobby. It also helps save money, reduce carbon emissions related to artificial fertilizers, pesticides and food transportation, and it improves access to healthy food.

Food Production

A number of schools in the UAE prefer to grow their own food, as it provides a great learning opportunity for students to get acquainted about local production, factoring in the climate conditions of the UAE. Examples of climate resilient vegetables are tomatoes, zucchini, basil, and spinach (sabanek) Growing your own herbs, fruits and vegetables can be a very satisfying hobby. It also helps save money, reduce carbon emissions related to artificial fertilizers, pesticides and food transportation, and it improves access to healthy food.

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Drip Irrigation

High-efficiency drip irrigation systems are an excellent sustainable resource to invest in as they can be 95% efficient, compared with a 60% to 70% efficiency rate for sprinkler or spray irrigation systems. Eliminate showering your entire plant with water. Drip irrigation systems ensure that water isn’t wasted through evaporation and reaches where it’s most needed: the roots. Install bound aggregate sections around trees to concentrate root growth to defined areas.

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Spray To Drip

Use Spray-to-Drip retrofit risers, to convert turf with spray into ground covers with dripline.

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Root Watering System

Use root watering system and subsurface copper dripline, installed directly into root zone of plants.

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Leak Detection

Use leak detection assembly at the irrigation point of connection. These assemblies are made of flow sensors and electric master valve connected to a Smart Irrigation Controller.

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Metering System

Install water sub-meters and a leak detection system for larger landscaped and gardened areas.

Land Contouring

Land can be contoured so that irrigation/rain water runoff flows through all planted vegetation ensuring efficient use of water supply.

Mulching And Composting

Mulching and composting conserve moisture/water and also help build good soil. Use brown driplines to blend in with natural color of mulch.

Driplines

Use driplines with built-in check valves to eliminate excessive losses due to water runoff when implementing sloped and contoured landscape garden.

Controllers

Use irrigation automatic controller with multiple irrigation programs for different grouped plants. It is recommended to use a remote connection via Wifi and 3G to Cloud based control and the use of weather based water management systems.

Substrate Material Addition

The addition of substrate material such as perlite or vermiculite into the soil mix can help with water retention.

Shrubbery

Plants should be grouped together per their irrigation requirements.

Shading

Providing plants with shade protects them and leads to less watering.

Indoor Environmental Quality (IEQ)

With the help of acoustical consultants, schools can greatly improve their students’ learning experience by ensuring better acoustics.

Classrooms are designed/insulated to prevent the transmission of sound from core learning spaces and adjacent spaces.
Floor and ceiling assemblies are well insulated and prevent the transmission of structure-borne/impact noises (e.g. chair dragging, footfall, or knocking sounds).
HVAC systems comply with ASHRAE standards and mitigate excessive sound and vibration.

Indoor Air Quality (IAQ)

Establishing good indoor air quality can positively affect student and teacher performance; can reduce absenteeism, and also prevent the potential for long and short-term health problems. Children spend 85% to 90% of their time indoors, and they breathe more air relative to their body size than adults. Hence they are more at risk with indoor pollutants and toxins.

ASHRAE guidelines provide a baseline for good air quality concerning exhaust location, air distribution controls, outside air intakes, and the design of condensate plans. Other steps are listed below:

Having classrooms with at least one operable window that is reasonably accessible to all occupants provides adequate fresh air needed for concentration and alertness.
A separate thermostat control for every classroom enables group/individual control of ambient temperature.

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VOC

Off-gassing such as formaldehyde, from furniture, carpets, paints, and cleaning products, plus human respiration can create an indoor atmosphere that is hundred times more polluted than the outdoor environment. Volatile Organic Compounds (VOCs) when emitted from indoor products can lead to serious health issues including asthma, respiratory diseases, and allergy in children. Ensure that indoor spaces are adequately ventilated.
Locate copiers, printers, and fax equipment in more ventilated areas in order to effectively remove VOCs that are emitted from these machines.
Clean school floors regularly, including cleaning carpets using vacuums that have effective filters.
Consider investing in building materials that are sourced from natural or sustainable sources and/or have certified low Volatile Organic Compound (VOC) content. Building materials which typically contain the highest amount of VOCs are paints, adhesives, coatings, rugs, ceilings, and carpets. Gypsum is another low VOC product that is used extensively toward building construction.

Examples of sustainably resourced building materials include: lumber certified to a forest standard, rapidly renewable materials such as bamboo and straw, and metal, etc.

Examples of naturally sourced building material include: stone, bamboo, linoleum, sheep wool (insulation), coconut fiber, adobe, compressed earth etc.

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Recycling – Grey Water System

Sustainable building projects can reduce their potable water consumption by designing and installing plumbing systems that can use captured greywater in flush fixtures or provide greywater for landscape irrigation. Dubai Municipality’s Al Sa’fat’s Gold certification requires 15% of onsite greywater to be reused, while the Platinum certification requires 30% reuse of onsite greywater – consult the Dubai Al Sa’fat Rating System and Estidama regulations for more information regarding the installment of residential greywater systems. Insulated floors can regulate cooling demand.

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Water Management System

In addition to installing efficient fixtures, building owners can take a step further by installing a water management system which can potentially save significant water as usage is linked directly to its source, which helps target reduction where needed and troubleshooting leakages.

In addition to installing efficient fixtures, building owners can take a step further by installing a water management system, which can potentially save significant water as usage is linked directly to its source, which helps target reduction where needed and troubleshoots leakage. Water management system uses metering and submetering technology to record total water consumption.
A functioning water usage system helps track long-term water usage in the building.
It also helps detect leakage in the system which can cause short and long-term damage if undetected.
A water management system using separate meters can also help compare indoor use and outdoor water use for irrigation and other activities such as cooling towers, swimming pools, and recreational fields.
Install bound aggregate for walkways and pathways to assist in collecting gray water and prevent water wastage.

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Water Management System

In addition to installing efficient fixtures, building owners can take a step further by installing a water management system which can potentially save significant water as usage is linked directly to its source, which helps target reduction where needed and troubleshooting leakages.

In addition to installing efficient fixtures, building owners can take a step further by installing a water management system, which can potentially save significant water as usage is linked directly to its source, which helps target reduction where needed and troubleshoots leakage. Water management system uses metering and submetering technology to record total water consumption.
A functioning water usage system helps track long-term water usage in the building.
It also helps detect leakage in the system which can cause short and long-term damage if undetected.
A water management system using separate meters can also help compare indoor use and outdoor water use for irrigation and other activities such as cooling towers, swimming pools, and recreational fields.
Install bound aggregate for walkways and pathways to assist in collecting gray water and prevent water wastage.

Water

Water consumption rate per person in the UAE is 550 to 850 liters/day which is considered one of the world’s highest rates. Several steps can be taken to reduce this consumption.

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Solar Orientation & Heat Gain

Optimize your building’s orientation to maximize south and north facades and reduce exposure to direct solar gain on east and west facades. Locating windows on north-facing walls optimizes natural daylight without the glare that comes from direct sunlight. It also minimizes solar heat gain.

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Heat Gain

A discrete distribution of functional zones in the school building can minimize undesirable heat gain. For example, designing thermal buffer zones on the periphery (such as an entrance lobby) will protect main central spaces from overheating.

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Climate Efficient Windows

Installing climate-efficient windows such as those that are double-glazed and/or have low-emissivity coating can keep out the heat during the summer.
In the UAE, south-facing facades are subjected to large amounts of solar gain. This can be alleviated by purchasing low-emissivity glazing which reduces heat absorption through windows. Installing climate-efficient windows such as double-glazed windows can keep out the heat during the summer – many manufacturers provide windows with low Solar Heat Gain Coefficient (SHGC). The SHGC refers to a number of factors in the windows construction such as glazing type, coating, and pane to glass ratio, which can affect the amount of solar radiation that enters the building interior.

Natural Ventilation

Schools can have design features that utilize natural ventilation: The Estidama rating system recommends the base minimum standards for natural ventilation strategies to be derived from CIBSE AM10:2005. Features such as operable windows, general window distribution – windows located in adjacent walls with a horizontal shift to allow for cross ventilation – and a reasonable increase in window size also provide protection from direct solar gain and enhance natural ventilation.

Natural Ventilation

Schools can have design features that utilize natural ventilation: The Estidama rating system recommends the base minimum standards for natural ventilation strategies to be derived from CIBSE AM10:2005. Features such as operable windows, general window distribution – windows located in adjacent walls with a horizontal shift to allow for cross ventilation – and a reasonable increase in window size also provide protection from direct solar gain and enhance natural ventilation.

Passive Design

An energy-efficient school can be achieved in several ways; a few simple passive design strategies can lead to significant reduction and savings.

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Radiant Cooling

A Radiant Cooling system (also referred to as Chilled Beam system) can significantly lower the cooling load on a chiller by utilizing water instead of air as the medium of heat transfer in the HVAC system. Chilled beams consume less fan energy, require less ceiling space, and are much quieter. Such systems are expected to lower the chiller cooling load by approximately 20%. Insulated floors can regulate cooling demand.

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Radiant Cooling

A Radiant Cooling system (also referred to as Chilled Beam system) can significantly lower the cooling load on a chiller by utilizing water instead of air as the medium of heat transfer in the HVAC system. Chilled beams consume less fan energy, require less ceiling space, and are much quieter. Such systems are expected to lower the chiller cooling load by approximately 20%. Insulated floors can regulate cooling demand.

Desuperheaters

Consider desuperheaters to heat cold water and to recover the heat from the hot refrigerant exiting the compressor. Hire an HVAC consultant for more information.

Variable Speed Drives

Switch from constant air volume to Variable air volume system by considering variable speed drives. This technology saves energy as it provides air as needed.

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VRF

The Variable Refrigerant Flow technology uses refrigerants as the medium for cooling. VRF allow for greater energy savings as they only work as needed. VRFs are popular in office buildings.

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Absorption Chillers Absorption chillers use heat to drive the refrigeration cycle efficiently and use very little energy.

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Water Cooled Chillers

Water cooled chillers are far more energy efficient compared to air cooled chillers, showing about 50% in energy savings.

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Heat Recovery Wheel

Mechanisms such as Heat recovery wheels (systems) provide a low cost solution to managing humidity and heat. A heat recovery wheel traps cold air that is being expelled from the ventilation system and turns its energy back around, mixing it with incoming hot air from the outside and cooling it as a result. This simple but efficient technology can substantially reduce the demand for energy to cool a building. Heat recovery wheels can also be used in reverse order when hot energy from expelled hot exhaust air needs to be turned back around inside the building. In addition, Heat/Energy recovery systems are required by the Dubai Al Sa’fat Rating System under section 502.10.

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Rooftop Unit

Air-conditioners account for 60-80% of a building’s energy consumption. Regular manufacturer-recommended commissioning of residential AC systems prevents energy wastage from appliances working in unsatisfactory condition, increasing their lifespan whilst preventing premature and costly breakdowns.

Thermostat

Maintaining your air-conditioner’s temperature at 24 degree C reduces pressure on cooling units, reduces monthly bills, and in turn reduces carbon emissions in the atmosphere.

Water Pipes

Insulate all chilled water pipes and all air-conditioing ducts with appropriate insulation materials to minimise heat loss. Additionally, insulate roof and external walls (if possible) to reduce heat gain and lower cooling demand.

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IAQ Testing

We spend 90% of our time indoors, hence it is extremely important to test the quality of indoor air. Common contaminants that are typically found in indoor air include carbon dioxide, formaldehyde, aldehyde, hydrocarbons, mold, pesticides, asbestos, and several known allergens such as dust mints, pet dander and insect parts.

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BMS

Implement a Building Management System (BMS). A BMS typically manages mechanical, electrical, and plumbing (MEP) systems which represent 40% of a building’s energy usage. With lighting included, that number can reach up to 70%. BMS systems are a critical component to managing energy demand. Improperly configured BMS systems are believed to account for an additional 20% of the buildings energy usage.

Renewable

Generating onsite energy using sunlight, through solar Photovoltaic systems is an effective means to reducing demand by meeting part or all of a building’s energy needs. In 2016, the Dubai Electricity and Water Authority launched the Shams Initiative which encourages household and building owners to install PV panels to generate electricity. To learn more visit Shams Dubai.

Rooftop Solar Panel

Switching from an electric heater to a solar water heater can save 3.6 kWh per person per day. Solar water heater can be used as a source of hot water for operation of the solar cooling absorption chillers.

Solar Hot Water Systems

Examples of onsite renewable energy cited in the Estidama Pearl Building Rating System are solar thermal systems for heating water, solar electric systems (photovoltaic panels), wind energy systems, and organic/agricultural and animal waste to energy systems. Points are awarded based on kWh saved.

Estidama also recommends allocating space at roof level for future installation of renewable energy equipment.

Insulate solar water tank and hot water pipes to reduce heat loss.

Solar Photo Voltaic Parking Shade

Covered car parks can prevent heat-island effect by reflecting heat before it reaches the ground. In addition, the roofs of these structures provide ample surface area for the installation of solar panels.