Enterprise

Преимущества

Кейсы

Контакты

Smart Energy HVAC efficiency as service

how does it work?

Automation of electric power

30%

33.8 GWh

energy saved

40%

7900 ton

CO2 avoided

Enhancing Energy Efficiency with Smart Solutions

Consultation

Modeling and Fault Detection

Smart Energy ECM

Using AI-based Digital Twin, optimizes HVAC setpoints in real-time addressing changes in building’s load due to changes in weather and occupancy

Calculates optimal start and stop sequences and schedule

Implements peak shaving and demand response strategies

Smart Energy Modeler

Creates AI data-driven model (Digital Twin) of indoor climate and HVAC energy consumption

Calculates energy baseline for a whole building and for every HVAC device separately

Profiles energy consumption and finds most energy inefficient HVAC equipment

Calculates CO2e equivalent considering green energy sources

Smart Energy FDD

Detects failures and misconfigurations of HVAC equipment

Predicts failures, estimates Life to Failure

Detects smooth degradation of HVAC equipment productivity

Score every issue by its impact on energy consumption

Checks whether a regular maintenance was done by HVAC contractors or vendors

Преимущества Smart Energy:

Интеллектуальные энергосистемы оптимизируют потребление ресурсов, повышая комфорт и безопасность пользователей. Они эффективно управляют электричеством, снижают нагрузку на энергосети, поддерживают экологическую устойчивость и помогают экономить ресурсы, уменьшая воздействие на окружающую среду.

Для управляющих недвижимостью:

Улучшение здоровья и благополучия жильцов на 60% и более

Снижение эксплуатационных затрат на энергию на 20–70%

Достижение целей по нулевым выбросам (Net Zero)

Снижение текучести арендаторов

Для владельцев недвижимости:

Снижение инвестиционных рисков

Увеличение стоимости активов до 15%

Рост чистого денежного потока на 6–11%

Экономия на углеродных налогах

Для управляющих недвижимостью

Улучшение здоровья и благополучия жильцов на 60% и более

Снижение эксплуатационных затрат на энергию на 20–70%

Достижение целей по нулевым выбросам (Net Zero)

Снижение текучести арендаторов

How Smart Energy works

schedule a demo

Mechanisms of Smart Energy Solutions

Gateway

Собирает данные из здания

передаёт команды обратно в HVAC-систему

ECM

Calculates optimal setpoints

FDD

Detects failures and misconfigurations

Prioritizes issues by energy impact and avoidable cost

Reporter

Reports:

Energy consumption
Energy savings
CO2e
HVAC health
Benchmarks

Portfolio
Building
Zone
Equipment type

Filtering and
grouping by:

Modeler

Builds HVAC digital
twin

30%

33.8 GWh

energy saved

30%

7900 ton

CO2 avoided

Install

How to install Smart Energy

Smart Energy software is quick and easy to install. The AI-based module connects seamlessly to the building management system via standard protocols, without interruption to the building’s operations.

The software is completely installed within only 2-3 days. During this time, the AI analyzes the building’s usage and calculates an algorithm for optimal HVAC and lighting system settings. Smart Energy continuously self-adapts and self-adjusts its algorithms.

Cloud-based

Scalable for
a large portfolio

AI-powered

Our work done

Office building

30 Floors

Case: Singapore

Gross Area
56,500 sq.m.

FDD:

Misconfiguration in Static Pressure setpoints was found.

After fixing Static Pressure setpoints on AHUs, 18% of savings were achieved.

ECM:

Static Pressure and Supply Air Temperature reset strategies increased savings up to 30-38%

Office building

30 Floors

Gross Area 56,500 sq.m.

Benefits:

33% of savings
$106,000 of annual return

Office building

30 Floors

Gross Area
56,500 sq.m.

Case: NYC

Case: NYC

FDD:

ECM:

Misconfigurations in VAV box setpoints and economizer setpoints on some AHU were found;

After resolving the issue, the 30% of savings in free cooling mode were achieved.

Static Pressure and Supply Air Temperature reset strategies increased savings to 61%.

Benefits:

61% of savings of AHU energy consumption;
$54,000 of annual return.

FDD:

Misconfigurations in VAV box setpoints and economizer setpoints on some AHU were found;

After resolving the issue, the 30% of savings in free cooling mode were achieved.

ECM:

Static Pressure and Supply Air Temperature reset strategies increased savings to 61%.

Benefits:

Office building

22 Floors

61% of savings of AHU energy consumption;
$54,000 of annual return.

Gross Area 38,000 sq.m.

Case: NYC

FDD:

ECM:

Misconfigurations in VAV box setpoints and economizer setpoints on some AHU were found;

After resolving the issue, the 30% of savings in free cooling mode were achieved.

Static Pressure and Supply Air Temperature reset strategies increased savings to 61%.

Benefits:

61% of savings of AHU energy consumption;
$54,000 of annual return.

Office building

30 Floors

Gross Area 56,500 sq.m.

Office building

30 Floors

Gross Area 56,500 sq.m.

Case: NYC

FDD:

ECM:

Misconfigurations in VAV box setpoints and economizer setpoints on some AHU were found;

After resolving the issue, the 30% of savings in free cooling mode were achieved.

Static Pressure and Supply Air Temperature reset strategies increased savings to 61%.

Benefits:

Office building

30 Floors

61% of savings of AHU energy consumption;
$54,000 of annual return.

Gross Area 56,500 sq.m.

Office building

30 Floors

Gross Area 56,500 sq.m.

Office building

30 Floors

Case: Delaware

FDD:

The 192 of 400 VAV boxes were found broken, caused from 10% to 40% of AHUs extra energy consumption;

Only 28 VAV boxes have to be repaired to avoid extra energy consumption.

Gross Area
56,500 sq.m.

ECM:

Static Pressure and Supply Air Temperature reset strategies were implemented, which delivered:
15% of savings in cooling mode*;
5% of savings in heating mode*.

Benefits:

Up to 60% of savings of AHU energy consumption**;
$46,100 of annual return**

Office building

3 floors

Gross Area 12,000 sq.m.

Supported by World Bank BIRD Programme Grant

Contact us