GITNUXREPORT 2025

Sustainability In The Iot Industry Statistics

IoT reduces emissions, conserves resources, and drives sustainable industry growth.

Jannik Linder

Co-Founder of Gitnux, specialized in content and tech since 2016.

First published: April 29, 2025

Our Commitment to Accuracy

Rigorous fact-checking • Reputable sources • Regular updatesLearn more

Statistic 1

IoT-enabled smart irrigation systems can save up to 30% of water usage in agriculture

Statistic 2

IoT assisted precision agriculture can increase crop yields by up to 15%, reducing the need for chemical inputs and promoting sustainable farming

Statistic 3

IoT-enabled cold chain logistics help reduce food spoilage by up to 15%, ensuring fresher products and less waste

Statistic 4

The deployment of smart grids powered by IoT can decrease electricity losses by approximately 15-20%

Statistic 5

Deployment of IoT in renewable energy farms increases efficiency by up to 15% by allowing real-time monitoring of equipment

Statistic 6

IoT data analytics can help industries achieve up to 40% reductions in energy costs by optimizing operational processes

Statistic 7

Adoption of IoT in energy grids is expected to save around 8-10% of energy annually in developed countries

Statistic 8

The integration of IoT in renewable energy management can improve energy yield by 10-15%, maximizing sustainable generation capacity

Statistic 9

IoT-enabled energy storage systems can increase efficiency by 20%, enhancing the stability of sustainable energy sources like solar and wind

Statistic 10

By integrating IoT with renewable energy forecasting, accuracy improves by up to 20%, enhancing energy grid stability and sustainability

Statistic 11

The use of IoT in photovoltaic panel maintenance can increase efficiency and lifespan, reducing energy wastage, by up to 10%

Statistic 12

IoT in solar farms can increase energy harvesting efficiency by approximately 15% through real-time monitoring and adjustments, supporting renewable capacity expansion

Statistic 13

IoT-based solar panel cleaning systems improve power output efficiency by about 10%, supporting maintenance and maximizing renewable energy harvest

Statistic 14

Implementation of IoT in energy storage systems enhances capacity utilization by approximately 10-15%, optimizing renewable energy deployment

Statistic 15

The IoT industry is expected to reduce global carbon emissions by 19% by 2030 through optimized resource management

Statistic 16

By 2025, IoT devices are projected to detect and reduce energy consumption in commercial buildings by up to 25%

Statistic 17

The adoption of IoT in supply chain management can lead to a reduction of greenhouse gases by 12%

Statistic 18

IoT-based waste management systems can decrease landfill waste by 20% through optimized collection routes

Statistic 19

IoT sensors are used to monitor CO2 levels in real-time, leading to improved air quality and potentially reducing health-related energy consumption

Statistic 20

Smart lighting systems utilizing IoT can cut energy use for lighting by 70-80% in commercial facilities

Statistic 21

The global IoT energy market is projected to grow at a CAGR of 11% from 2021 to 2028, reflecting increased adoption of sustainable solutions

Statistic 22

IoT-enabled building management systems can reduce overall energy consumption in commercial buildings by up to 25%

Statistic 23

Intelligent IoT systems in manufacturing can decrease waste generation by approximately 20%, contributing to sustainability goals

Statistic 24

IoT solutions for tracking and managing inventory reduce excess stock and waste by around 10-15%, decreasing waste in retail supply chains

Statistic 25

The use of IoT in water management can reduce water wastage by approximately 25%, especially in urban infrastructure

Statistic 26

IoT in transportation logistics can improve route efficiency by up to 25%, leading to reductions in fuel use and emissions

Statistic 27

IoT-based climate control in data centers can reduce energy consumption by up to 40%, significantly decreasing carbon footprint

Statistic 28

Approximately 1.5 billion IoT devices have been deployed globally as of 2023 to support sustainability initiatives

Statistic 29

IoT-enabled smart metering can reduce household energy consumption by 15%, leading to lower overall utility emissions

Statistic 30

IoT applications in fishing industries help reduce bycatch and overfishing, promoting sustainable marine practices

Statistic 31

The use of IoT sensors in dairy farming has been shown to decrease methane emissions from livestock by up to 20%, supporting climate change mitigation goals

Statistic 32

IoT technology helps reduce packaging waste by enabling precise inventory and demand forecasting, decreasing surplus and overproduction

Statistic 33

IoT-based monitoring of industrial emissions can achieve up to 25% reductions in pollutant levels, aiding in regulatory compliance and environmental sustainability

Statistic 34

The use of IoT in disaster management improves response times by up to 30%, potentially reducing environmental impacts during emergencies

Statistic 35

IoT devices in urban green spaces help monitor biodiversity and plant health, supporting urban sustainability initiatives

Statistic 36

Implementation of IoT in logistics reduces unnecessary transportation, decreasing greenhouse gas emissions related to freight by about 12%

Statistic 37

IoT-powered renewable microgrids can reduce reliance on fossil fuels, lowering emissions by up to 70% compared to traditional grids

Statistic 38

The use of IoT to optimize heating, ventilation, and air conditioning (HVAC) systems in buildings can cut energy use by 25-30%, reducing related carbon emissions

Statistic 39

The deployment of IoT in resource-scarce regions can improve water access and sanitation, indirectly supporting environmental sustainability

Statistic 40

IoT-enabled environmental sensors contribute to early warning systems for natural disasters, reducing ecological damage and promoting resilience

Statistic 41

The adoption of IoT in sustainable urban planning helps optimize land use, reducing urban sprawl and conserving ecosystems

Statistic 42

IoT-based energy management in smart homes can lead to a 10-15% reduction in household energy consumption, promoting sustainable living

Statistic 43

The global market for sustainable IoT solutions is expected to reach $500 billion by 2030, driven by environmental regulations and demand for green technology

Statistic 44

IoT systems enable circular economy practices by tracking material reuse and recycling, contributing to waste reduction and resource conservation

Statistic 45

The use of IoT in reducing food waste can lead to a decrease of up to 25% in food discarded in supply chains, supporting sustainability goals

Statistic 46

Deployment of IoT in green buildings can result in energy savings of up to 30%, significantly reducing operational costs and environmental impact

Statistic 47

The use of IoT in forestry monitoring can help prevent illegal logging and promote conservation, contributing to ecological sustainability

Statistic 48

IoT devices integrated into eco-friendly transportation can cut emissions from fleet vehicles by approximately 20-25%, advancing sustainable mobility goals

Statistic 49

IoT-enabled energy consumption monitoring in manufacturing decreases overall energy use by 15% and reduces associated emissions

Statistic 50

The implementation of IoT in green infrastructure monitoring can improve water runoff and drainage efficiency, reducing urban flooding risks

Statistic 51

Smart grids enabled by IoT technology can facilitate the integration of 50% more renewable energy sources, supporting a cleaner energy mix

Statistic 52

IoT sensor networks in coastal environments can help track and reduce erosion and degradation, promoting ecosystem resilience

Statistic 53

The energy saved through IoT-enabled demand response programs can total up to 12 TWh annually in mature markets, significantly lowering carbon emissions

Statistic 54

IoT applications in recycling facilities can increase sorting accuracy by over 30%, improving resource recovery rates and sustainability outcomes

Statistic 55

IoT devices in urban parks and green spaces monitor biodiversity and plant health, supporting urban sustainability and ecological goals

Statistic 56

The global environmental monitoring market, driven by IoT, is projected to reach over $10 billion by 2025, indicating significant investment in sustainability technologies

Statistic 57

IoT-powered energy audits can identify inefficiencies, reducing building energy use by an average of 12-15%, helping meet climate targets

Statistic 58

The implementation of IoT in sustainable mining operations can decrease energy consumption by approximately 20%, reducing environmental footprint

Statistic 59

Smart water meters utilizing IoT lead to a 25% reduction in water waste in urban areas, supporting sustainable water use practices

Statistic 60

IoT-enabled supply chain visibility reduces delays and fuel consumption, lowering transportation-related emissions by around 10-12%

Statistic 61

The use of IoT tracking in fisheries can help optimize catch sizes and reduce bycatch, supporting sustainable fishing practices

Statistic 62

Adoption of IoT solutions in urban agriculture can lead to a 20% reduction in water and energy consumption, promoting sustainable city food systems

Statistic 63

IoT-based energy management in industrial parks can result in overall energy savings of 15-20%, decreasing the sector’s environmental impact

Statistic 64

Approximately 68% of organizations plan to leverage IoT to enhance their sustainability initiatives by 2025, reflecting a growing industry shift

Statistic 65

IoT sensors help monitor and reduce construction waste by up to 20%, contributing to circular economy practices in infrastructure development

Statistic 66

The integration of IoT in smart grid power distribution can enhance efficiency by 10-15%, leading to less energy loss and lower emissions

Statistic 67

IoT-enabled environmental compliance systems can help factories reduce pollutant discharges by around 25%, supporting regulatory and environmental sustainability

Statistic 68

The global market for IoT in environmental monitoring is forecasted to grow at a CAGR of 12% from 2022-2027, emphasizing its role in sustainability

Statistic 69

IoT-driven predictive analytics can decrease energy wastage in manufacturing plants by approximately 20%, contributing to sustainable industrial practices

Statistic 70

The use of IoT in green building certification processes (LEED, BREEAM) accelerates certification by 20%, promoting sustainable architecture

Statistic 71

IoT applications in the transportation sector can help reduce vehicle emissions by up to 25% through optimized routing and fleet management

Statistic 72

The deployment of IoT in climate monitoring stations helps gather more accurate data, which can improve climate models and inform sustainability policies

Statistic 73

Smart grid IoT systems can reduce peak energy demand by 15-20%, alleviating stress on power infrastructure and reducing emissions

Statistic 74

IoT solutions in environmental conservation projects have been associated with up to a 30% increase in habitat restoration success rates, aiding sustainability efforts

Statistic 75

Implementing IoT in energy-efficient appliances can contribute to a 10% reduction in household energy usage across urban areas, helping meet climate targets

Statistic 76

IoT systems used in monitoring emission from industrial facilities can detect pollutant spikes 30% faster than traditional methods, enabling quicker responses

Statistic 77

IoT innovation in urban water systems can lead to a 20% reduction in leakages, saving billions of gallons of water annually, supporting sustainable water management

Statistic 78

The global sustainable IoT market is projected to reach $750 billion by 2030, driven by increasing environmental awareness and regulations

Statistic 79

IoT-enabled remote monitoring of hazardous waste sites can prevent leaks and spills, reducing environmental contamination risk by 25%

Statistic 80

IoT data collected from forest trails and parks supports sustainable tourism by tracking visitor impact and preserving natural habitats

Statistic 81

IoT technology can enable predictive maintenance, reducing downtime and energy waste in industrial plants by up to 20-25%

Statistic 82

By 2027, IoT technology could help reduce urban traffic congestion-related emissions by up to 15%

Statistic 83

Smart waste bins equipped with IoT sensors can optimize collection routes, reducing fuel consumption for waste trucks by 20-30%

Statistic 84

IoT solutions reduce energy consumption in street lighting by approximately 60% through sensor-based controls, leading to significant urban sustainability benefits

Statistic 85

IoT-based air quality monitoring leads to better city planning and pollution management, reducing urban health-related energy consumption

Statistic 86

The installation of IoT sensors in urban infrastructure can improve energy efficiency by up to 20%, supporting smarter and greener cities

Statistic 87

The adoption of IoT in urban transportation planning can cut vehicle miles traveled by 12%, decreasing emissions and congestion

Slide 1 of 87

Sources

Our Reports have been cited by:

Trust Badges - Publications that have cited our reports

Key Highlights

The IoT industry is expected to reduce global carbon emissions by 19% by 2030 through optimized resource management
By 2025, IoT devices are projected to detect and reduce energy consumption in commercial buildings by up to 25%
The deployment of smart grids powered by IoT can decrease electricity losses by approximately 15-20%
IoT-enabled smart irrigation systems can save up to 30% of water usage in agriculture
The adoption of IoT in supply chain management can lead to a reduction of greenhouse gases by 12%
IoT-based waste management systems can decrease landfill waste by 20% through optimized collection routes
By 2027, IoT technology could help reduce urban traffic congestion-related emissions by up to 15%
IoT sensors are used to monitor CO2 levels in real-time, leading to improved air quality and potentially reducing health-related energy consumption
Smart lighting systems utilizing IoT can cut energy use for lighting by 70-80% in commercial facilities
The global IoT energy market is projected to grow at a CAGR of 11% from 2021 to 2028, reflecting increased adoption of sustainable solutions
IoT-enabled building management systems can reduce overall energy consumption in commercial buildings by up to 25%
Intelligent IoT systems in manufacturing can decrease waste generation by approximately 20%, contributing to sustainability goals
Deployment of IoT in renewable energy farms increases efficiency by up to 15% by allowing real-time monitoring of equipment

As the IoT industry accelerates toward a greener future, emerging statistics reveal it could slash global carbon emissions by nearly 20% by 2030, revolutionize resource management, and transform how cities, farms, and industries embrace sustainability.

Agriculture and Food Security

IoT-enabled smart irrigation systems can save up to 30% of water usage in agriculture
IoT assisted precision agriculture can increase crop yields by up to 15%, reducing the need for chemical inputs and promoting sustainable farming
IoT-enabled cold chain logistics help reduce food spoilage by up to 15%, ensuring fresher products and less waste

Agriculture and Food Security Interpretation

These IoT-powered innovations are both nurturing our planet and nourishing our future—saving water, boosting yields sustainably, and cutting food waste—all while proving that efficiency and environmental stewardship can grow hand in hand.

Energy Management and Storage

The deployment of smart grids powered by IoT can decrease electricity losses by approximately 15-20%
Deployment of IoT in renewable energy farms increases efficiency by up to 15% by allowing real-time monitoring of equipment
IoT data analytics can help industries achieve up to 40% reductions in energy costs by optimizing operational processes
Adoption of IoT in energy grids is expected to save around 8-10% of energy annually in developed countries
The integration of IoT in renewable energy management can improve energy yield by 10-15%, maximizing sustainable generation capacity
IoT-enabled energy storage systems can increase efficiency by 20%, enhancing the stability of sustainable energy sources like solar and wind
By integrating IoT with renewable energy forecasting, accuracy improves by up to 20%, enhancing energy grid stability and sustainability
The use of IoT in photovoltaic panel maintenance can increase efficiency and lifespan, reducing energy wastage, by up to 10%
IoT in solar farms can increase energy harvesting efficiency by approximately 15% through real-time monitoring and adjustments, supporting renewable capacity expansion
IoT-based solar panel cleaning systems improve power output efficiency by about 10%, supporting maintenance and maximizing renewable energy harvest
Implementation of IoT in energy storage systems enhances capacity utilization by approximately 10-15%, optimizing renewable energy deployment

Energy Management and Storage Interpretation

Harnessing IoT across the energy landscape isn't just about smart meters—it's a powerhouse driving up efficiencies, slashing costs, and turning sustainable potential into real-world power, all while making Mother Earth a little happier.

Environmental Sustainability and Conservation

The IoT industry is expected to reduce global carbon emissions by 19% by 2030 through optimized resource management
By 2025, IoT devices are projected to detect and reduce energy consumption in commercial buildings by up to 25%
The adoption of IoT in supply chain management can lead to a reduction of greenhouse gases by 12%
IoT-based waste management systems can decrease landfill waste by 20% through optimized collection routes
IoT sensors are used to monitor CO2 levels in real-time, leading to improved air quality and potentially reducing health-related energy consumption
Smart lighting systems utilizing IoT can cut energy use for lighting by 70-80% in commercial facilities
The global IoT energy market is projected to grow at a CAGR of 11% from 2021 to 2028, reflecting increased adoption of sustainable solutions
IoT-enabled building management systems can reduce overall energy consumption in commercial buildings by up to 25%
Intelligent IoT systems in manufacturing can decrease waste generation by approximately 20%, contributing to sustainability goals
IoT solutions for tracking and managing inventory reduce excess stock and waste by around 10-15%, decreasing waste in retail supply chains
The use of IoT in water management can reduce water wastage by approximately 25%, especially in urban infrastructure
IoT in transportation logistics can improve route efficiency by up to 25%, leading to reductions in fuel use and emissions
IoT-based climate control in data centers can reduce energy consumption by up to 40%, significantly decreasing carbon footprint
Approximately 1.5 billion IoT devices have been deployed globally as of 2023 to support sustainability initiatives
IoT-enabled smart metering can reduce household energy consumption by 15%, leading to lower overall utility emissions
IoT applications in fishing industries help reduce bycatch and overfishing, promoting sustainable marine practices
The use of IoT sensors in dairy farming has been shown to decrease methane emissions from livestock by up to 20%, supporting climate change mitigation goals
IoT technology helps reduce packaging waste by enabling precise inventory and demand forecasting, decreasing surplus and overproduction
IoT-based monitoring of industrial emissions can achieve up to 25% reductions in pollutant levels, aiding in regulatory compliance and environmental sustainability
The use of IoT in disaster management improves response times by up to 30%, potentially reducing environmental impacts during emergencies
IoT devices in urban green spaces help monitor biodiversity and plant health, supporting urban sustainability initiatives
Implementation of IoT in logistics reduces unnecessary transportation, decreasing greenhouse gas emissions related to freight by about 12%
IoT-powered renewable microgrids can reduce reliance on fossil fuels, lowering emissions by up to 70% compared to traditional grids
The use of IoT to optimize heating, ventilation, and air conditioning (HVAC) systems in buildings can cut energy use by 25-30%, reducing related carbon emissions
The deployment of IoT in resource-scarce regions can improve water access and sanitation, indirectly supporting environmental sustainability
IoT-enabled environmental sensors contribute to early warning systems for natural disasters, reducing ecological damage and promoting resilience
The adoption of IoT in sustainable urban planning helps optimize land use, reducing urban sprawl and conserving ecosystems
IoT-based energy management in smart homes can lead to a 10-15% reduction in household energy consumption, promoting sustainable living
The global market for sustainable IoT solutions is expected to reach $500 billion by 2030, driven by environmental regulations and demand for green technology
IoT systems enable circular economy practices by tracking material reuse and recycling, contributing to waste reduction and resource conservation
The use of IoT in reducing food waste can lead to a decrease of up to 25% in food discarded in supply chains, supporting sustainability goals
Deployment of IoT in green buildings can result in energy savings of up to 30%, significantly reducing operational costs and environmental impact
The use of IoT in forestry monitoring can help prevent illegal logging and promote conservation, contributing to ecological sustainability
IoT devices integrated into eco-friendly transportation can cut emissions from fleet vehicles by approximately 20-25%, advancing sustainable mobility goals
IoT-enabled energy consumption monitoring in manufacturing decreases overall energy use by 15% and reduces associated emissions
The implementation of IoT in green infrastructure monitoring can improve water runoff and drainage efficiency, reducing urban flooding risks
Smart grids enabled by IoT technology can facilitate the integration of 50% more renewable energy sources, supporting a cleaner energy mix
IoT sensor networks in coastal environments can help track and reduce erosion and degradation, promoting ecosystem resilience
The energy saved through IoT-enabled demand response programs can total up to 12 TWh annually in mature markets, significantly lowering carbon emissions
IoT applications in recycling facilities can increase sorting accuracy by over 30%, improving resource recovery rates and sustainability outcomes
IoT devices in urban parks and green spaces monitor biodiversity and plant health, supporting urban sustainability and ecological goals
The global environmental monitoring market, driven by IoT, is projected to reach over $10 billion by 2025, indicating significant investment in sustainability technologies
IoT-powered energy audits can identify inefficiencies, reducing building energy use by an average of 12-15%, helping meet climate targets
The implementation of IoT in sustainable mining operations can decrease energy consumption by approximately 20%, reducing environmental footprint
Smart water meters utilizing IoT lead to a 25% reduction in water waste in urban areas, supporting sustainable water use practices
IoT-enabled supply chain visibility reduces delays and fuel consumption, lowering transportation-related emissions by around 10-12%
The use of IoT tracking in fisheries can help optimize catch sizes and reduce bycatch, supporting sustainable fishing practices
Adoption of IoT solutions in urban agriculture can lead to a 20% reduction in water and energy consumption, promoting sustainable city food systems
IoT-based energy management in industrial parks can result in overall energy savings of 15-20%, decreasing the sector’s environmental impact
Approximately 68% of organizations plan to leverage IoT to enhance their sustainability initiatives by 2025, reflecting a growing industry shift
IoT sensors help monitor and reduce construction waste by up to 20%, contributing to circular economy practices in infrastructure development
The integration of IoT in smart grid power distribution can enhance efficiency by 10-15%, leading to less energy loss and lower emissions
IoT-enabled environmental compliance systems can help factories reduce pollutant discharges by around 25%, supporting regulatory and environmental sustainability
The global market for IoT in environmental monitoring is forecasted to grow at a CAGR of 12% from 2022-2027, emphasizing its role in sustainability
IoT-driven predictive analytics can decrease energy wastage in manufacturing plants by approximately 20%, contributing to sustainable industrial practices
The use of IoT in green building certification processes (LEED, BREEAM) accelerates certification by 20%, promoting sustainable architecture
IoT applications in the transportation sector can help reduce vehicle emissions by up to 25% through optimized routing and fleet management
The deployment of IoT in climate monitoring stations helps gather more accurate data, which can improve climate models and inform sustainability policies
Smart grid IoT systems can reduce peak energy demand by 15-20%, alleviating stress on power infrastructure and reducing emissions
IoT solutions in environmental conservation projects have been associated with up to a 30% increase in habitat restoration success rates, aiding sustainability efforts
Implementing IoT in energy-efficient appliances can contribute to a 10% reduction in household energy usage across urban areas, helping meet climate targets
IoT systems used in monitoring emission from industrial facilities can detect pollutant spikes 30% faster than traditional methods, enabling quicker responses
IoT innovation in urban water systems can lead to a 20% reduction in leakages, saving billions of gallons of water annually, supporting sustainable water management
The global sustainable IoT market is projected to reach $750 billion by 2030, driven by increasing environmental awareness and regulations
IoT-enabled remote monitoring of hazardous waste sites can prevent leaks and spills, reducing environmental contamination risk by 25%
IoT data collected from forest trails and parks supports sustainable tourism by tracking visitor impact and preserving natural habitats

Environmental Sustainability and Conservation Interpretation

By harnessing the power of IoT, the industry is not only charting a course toward reducing global emissions by nearly 19% by 2030 and cutting energy use in buildings by up to 80%, but is also proving that smart technologies are the greenest way to keep the planet—or at least its footprints—light on its feet.

Industrial Automation and Infrastructure

IoT technology can enable predictive maintenance, reducing downtime and energy waste in industrial plants by up to 20-25%

Industrial Automation and Infrastructure Interpretation

By harnessing IoT for predictive maintenance, industries not only boost efficiency but also take a substantial step toward sustainability, cutting downtime and energy waste by up to a quarter—proving that smart technology is the smarter choice for our planet.

Smart Cities and Urban Development

By 2027, IoT technology could help reduce urban traffic congestion-related emissions by up to 15%
Smart waste bins equipped with IoT sensors can optimize collection routes, reducing fuel consumption for waste trucks by 20-30%
IoT solutions reduce energy consumption in street lighting by approximately 60% through sensor-based controls, leading to significant urban sustainability benefits
IoT-based air quality monitoring leads to better city planning and pollution management, reducing urban health-related energy consumption
The installation of IoT sensors in urban infrastructure can improve energy efficiency by up to 20%, supporting smarter and greener cities
The adoption of IoT in urban transportation planning can cut vehicle miles traveled by 12%, decreasing emissions and congestion

Smart Cities and Urban Development Interpretation

As IoT seamlessly weaves sustainability into urban life—from trimming traffic emissions and optimizing waste collection to slashing street lighting energy use and enhancing air quality monitoring—it’s clear that smart city sensors are not just tech upgrades, but vital tools for building greener, healthier metropolises by 2027.