YOGO ROBOT Official Website

YOGO SOLUTIONS

YOGO’s innovative system integrates technologies, robotics, AIOT, sensors and devices into a unified framework, delivering tailored solutions across diverse environments. Whether optimizing logistics, enhancing sustainability, or elevating user experiences, YOGO adapts to the unique demands of each scenario. By seamlessly connecting devices, environments, and people, YOGO fosters intelligent, scalable, responsive spaces that not only meet the immediate needs of users but also contribute to long-term resource efficiency and environmental stewardship.

Sustainability

Energy Saving Solutions

External Factors Such As Weather And Holidays Can Also Lead To Changes In Usage Patterns.

Fixed Modes

08:00-12:00

12:00-13:00

13:00-15:00

Fixed Modes
08:00-12:00
12:00-13:00
13:00-15:00

BMS

By Using Bcs, Each Area/Room Can Adapt Intelligently And Autonomously, Enabling A Higher Level Of Refined Management.

Fixed Modes

By Using Bcs, Each Area/Room Can Adapt Intelligently And Autonomously, Enabling A Higher Level Of Refined Management.
08:00-12:00

By Using Bcs, Each Area/Room Can Adapt Intelligently And Autonomously, Enabling A Higher Level Of Refined Management.
12:00-13:00

By Using Bcs, Each Area/Room Can Adapt Intelligently And Autonomously, Enabling A Higher Level Of Refined Management.
13:00-15:00

By Using Bcs, Each Area/Room Can Adapt Intelligently And Autonomously, Enabling A Higher Level Of Refined Management.

Sustainability

Energy Saving Solutions

Address Temperature Discomfort And Foot Traffic In Large Venues

In Large Venues, The Temperature Near Air Conditioning Vents Often Differs From What People Experience...

Address Temperature Discomfort And Foot Traffic In Large Venues

In Large Venues, The Temperature Near Air Conditioning Vents Often Differs From What People Experience...

In large venues, the temperature near air conditioning vents often differs from what people experience in central or crowded areas; while vents may cool nearby spots, heat accumulates in densely populated zones due to limited air circulation, leading to discomfort. To tackle this, BCS deploys mobile sensors and inspection robots to collect real-time data on crowd-perceived temperatures, dynamically adjusting airflow direction, speed, and zone specific temperatures to maintain balanced comfort and energy efficiency throughout the venue.
Addressing Elevator Efficiency In Office Buildings

Elevators Are The Second-Largest Energy Consumers In Office Buildings, With Considerable Waste Due To Idle...

Addressing Elevator Efficiency In Office Buildings

Elevators Are The Second-Largest Energy Consumers In Office Buildings, With Considerable Waste Due To Idle...

Elevators are the second-largest energy consumers in office buildings, with considerable waste due to idle operation and common complaints about slow response times. Upgrading elevators with IoT capabilities, adding sensors for autonomous group control, and integrating data from turnstiles and cameras, allows for dynamic adjustment by analyzing foot traffic. This enables elevators to enter sleep mode during low-traffic periods, conserving energy, and facilitates proactive scheduling to improve response times and enhance user experience.
Addressing Office Energy Waste And Comfort Issues

In Office Environments, Manual Control Of Lighting And Air Conditioning Often Leads To Energy Waste Due To...

Addressing Office Energy Waste And Comfort Issues

In Office Environments, Manual Control Of Lighting And Air Conditioning Often Leads To Energy Waste Due To...

In office environments, manual control of lighting and air conditioning often leads to energy waste due to forgotten shutdowns and delayed start-ups, affecting comfort. Traditional systems can't adapt in real-time to changes in occupancy or weather conditions. BCS overcomes this by integrating sensors, control units, and IoT upgrades, enabling intelligent learning and autonomous control. This allows lighting and air conditioning to automatically adjust based on real-time occupancy and external conditions, boosting energy efficiency and enhancing user comfort.