Add solution

Energy efficiency/HVAC

Type

Energy efficiency

Market

Residential:

Lighting

Appliance

Industrial:

Facility lighting

Add solution

$2,401.54


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Data access

Download as:

CSV

PDF

JSON

Geography

City:

Charlotte

Kansas City

State:

Charlotte

Kansas City

Charlotte

Kansas City

Building:

307 N Academy St, Charlotte, NC, USA

Academy Street Bistro, 200 S Academy St, Cary, North…

Market

Residential:

lighting

Appliance

Industrial:

Facility Lighting

Data fields

Type of buildings:

Residential: 86%

$200

Square footage:

150-600

$200

Year built:

1995-2016

$200

Ownership:

Individual: Owner

$200

Solutions

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

Data access

$2,401.54

Discount code

Solutions

Reset

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

Data fields

Reset

Region

Sector

Square footage

Year built

Market

Reset

Residential:

  • Lighting

  • Appliance

Industrial:

  • Facility lighting

Check out

15

Offset now

$2,401.54

Subtotal

$2,401.54

Taxes (Maryland)

$23.00

Tips

This is the amount of energy (in BTUs) expected for this action.

Discount

-$100.00

Order total

$2,424.54

Discount code :

Edit Add Close

This is the amount of energy (in BTUs) expected for this action.

PayPal form will be here

This is the amount of energy (in BTUs) expected for this action.

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Data access

$2,401.54

Add solution

$2,401.54

Offset your emission

Edit building data

Edit vehicle data

Sources

Emission
reduction, mt

3.61 (14%)

11.23 (22%)

8.54 (12%)

14.61 (24%)

3.45 (9%)

Equipment

Impact,
mt CO2e

Price, $

-5.02

84.99

-9.34

1,519.00

-3.63

340.25

-3.11

150.00

-6.62

457.30

Offset now

$2,401.54

Check out

15

Offset now

$2,401.54

Subtotal

$2,401.54

Taxes (Maryland)

$23.00

Tips

This is the amount of energy (in BTUs) expected for this action.

Discount

-$100.00

Order total

$2,424.54

Discount code :

Edit Add Close

This is the amount of energy (in BTUs) expected for this action.

PayPal form will be here

This is the amount of energy (in BTUs) expected for this action.

Crypto form will be here

Arizona

Kansas

Residential:

  • Lighting

  • Appliance

Industrial:

  • Facility lighting

Arizona

Kansas




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I am a home owner

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View as Government

Fynn Redfield

Home owner

Current plan: Trial

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This is the amount of energy (in BTUs) expected for this action.

This is the amount of energy (in BTUs) expected for this action.

Subscription

  • Individual

  • Enterprise

  • Government

Total market

Discount code:

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35.44% of the city’s emissions comes from the residential sector.

Electricity

21.78%

  • Space heating

    8.14%

  • Space cooling

    9.23%

  • Lighting

    12.85%

  • Cooking

    3.98%

  • Water heating

    19.16%

  • Appliance

    21.08%

  • Ventilation

    18.78%

  • Refrigeration

    0.24%

  • Other

    4.39%

  • Single family

    8.14%

  • Mobile homes

    9.23%

  • Condo and multi family

    12.85%

  • Space heating

    8.14%

  • Space cooling

    9.23%

  • Lighting

    12.85%

  • Cooking

    3.98%

  • Water heating

    19.16%

  • Appliance

    21.08%

  • Ventilation

    18.78%

  • Refrigeration

    0.24%

  • Other

    4.39%

  • Single family

    8.14%

  • Mobile homes

    9.23%

  • Condo and multi family

    12.85%

  • Space heating

    8.14%

  • Space cooling

    9.23%

  • Lighting

    12.85%

  • Cooking

    3.98%

  • Water heating

    19.16%

  • Appliance

    21.08%

  • Ventilation

    18.78%

  • Refrigeration

    0.24%

  • Other

    4.39%

  • Single family

    8.14%

  • Mobile homes

    9.23%

  • Condo and multi family

    12.85%

  • Space heating

    8.14%

  • Space cooling

    9.23%

  • Lighting

    12.85%

  • Cooking

    3.98%

  • Water heating

    19.16%

  • Appliance

    21.08%

  • Ventilation

    18.78%

  • Refrigeration

    0.24%

  • Other

    4.39%

  • Single family

    8.14%

  • Mobile homes

    9.23%

  • Condo and multi family

    12.85%

  • Space heating

    8.14%

  • Space cooling

    9.23%

  • Lighting

    12.85%

  • Cooking

    3.98%

  • Water heating

    19.16%

  • Appliance

    21.08%

  • Ventilation

    18.78%

  • Refrigeration

    0.24%

  • Other

    4.39%

  • Single family

    8.14%

  • Mobile homes

    9.23%

  • Condo and multi family

    12.85%

  • Space heating

    8.14%

  • Space cooling

    9.23%

  • Lighting

    12.85%

  • Cooking

    3.98%

  • Water heating

    19.16%

  • Appliance

    21.08%

  • Ventilation

    18.78%

  • Refrigeration

    0.24%

  • Other

    4.39%

  • Single family

    8.14%

  • Mobile homes

    9.23%

  • Condo and multi family

    12.85%

  • Space heating

    8.14%

  • Space cooling

    9.23%

  • Lighting

    12.85%

  • Cooking

    3.98%

  • Water heating

    19.16%

  • Appliance

    21.08%

  • Ventilation

    18.78%

  • Refrigeration

    0.24%

  • Other

    4.39%

  • Single family

    8.14%

  • Mobile homes

    9.23%

  • Condo and multi family

    12.85%

  • Space heating

    8.14%

  • Space cooling

    9.23%

  • Lighting

    12.85%

  • Cooking

    3.98%

  • Water heating

    19.16%

  • Appliance

    21.08%

  • Ventilation

    18.78%

  • Refrigeration

    0.24%

  • Other

    4.39%

  • Single family

    8.14%

  • Mobile homes

    9.23%

  • Condo and multi family

    12.85%

View by

35.44% of the city’s emissions comes from the residential sector.

Electricity

20.4%

  • Heating

    4.39%

  • Cooling

    4.39%

  • Lightning

    4.39%

  • Cooking

    4.39%

  • Water heating

    4.39%

  • Office equipment

    4.39%

  • Ventilation

    4.39%

  • Refrigeration

    4.39%

  • Others

    4.39%

  • Education

    8.14%

  • Food sales

    9.23%

  • Health care

    12.85%

  • Lodging

    3.98%

  • Retail

    19.16%

  • Office

    21.08%

  • Public assembly

    18.78%

  • Public order & safety

    0.24%

  • Religious worship

    4.39%

  • Service

    0.24%

  • Warehouse and storage

    0.24%

  • Heating

    4.39%

  • Cooling

    4.39%

  • Lightning

    4.39%

  • Cooking

    4.39%

  • Water heating

    4.39%

  • Office equipment

    4.39%

  • Ventilation

    4.39%

  • Refrigeration

    4.39%

  • Others

    4.39%

  • Education

    8.14%

  • Food sales

    9.23%

  • Health care

    12.85%

  • Lodging

    3.98%

  • Retail

    19.16%

  • Office

    21.08%

  • Public assembly

    18.78%

  • Public order & safety

    0.24%

  • Religious worship

    4.39%

  • Service

    0.24%

  • Warehouse and storage

    0.24%

View by

35.44% of the city’s emissions comes from the residential sector.

Electricity

2.2%

  • Heating

    4.39%

  • Cooling

    4.39%

  • Lightning

    4.39%

  • Cooking

    4.39%

  • Water heating

    4.39%

  • Office equipment

    4.39%

  • Ventilation

    4.39%

  • Refrigeration

    4.39%

  • Misc. raw materials

    4.39%

  • Boilers

    4.39%

  • Process heating

    4.39%

  • Process cooling

    4.39%

  • Machines

    4.39%

  • Electro chemicals

    4.39%

  • Facility HVAC

    4.39%

  • Facility lighting

    4.39%

  • Others

    4.39%

  • Chemical and petrochemical

    4.39%

  • Food and tobacco

    4.39%

  • Iron and steel

    4.39%

  • Non ferrous metals

    4.39%

  • Machinery

    4.39%

  • Mining and quarrying

    4.39%

  • Transport equipment

    4.39%

  • Wood and wood products

    4.39%

  • Package

    4.39%

  • Heating

    4.39%

  • Cooling

    4.39%

  • Lightning

    4.39%

  • Cooking

    4.39%

  • Water heating

    4.39%

  • Office equipment

    4.39%

  • Ventilation

    4.39%

  • Refrigeration

    4.39%

  • Misc. raw materials

    4.39%

  • Boilers

    4.39%

  • Process heating

    4.39%

  • Process cooling

    4.39%

  • Machines

    4.39%

  • Electro chemicals

    4.39%

  • Facility HVAC

    4.39%

  • Facility lighting

    4.39%

  • Others

    4.39%

  • Chemical and petrochemical

    4.39%

  • Food and tobacco

    4.39%

  • Iron and steel

    4.39%

  • Non ferrous metals

    4.39%

  • Machinery

    4.39%

  • Mining and quarrying

    4.39%

  • Transport equipment

    4.39%

  • Wood and wood products

    4.39%

  • Package

    4.39%

View by

35.44% of the city’s emissions comes from the residential sector.

Electricity

0%

  • Passengers cars (auto)

    4.39%

  • Trucks

    4.39%

  • Motorcycles

    4.39%

  • Buses

    4.39%

  • Airplanes (aviation)

    4.39%

  • Boats (waterborne)

    4.39%

  • Train and rail

    4.39%

  • Passengers cars (auto)

    4.39%

  • Trucks

    4.39%

  • Motorcycles

    4.39%

  • Buses

    4.39%

  • Airplanes (aviation)

    4.39%

  • Boats (waterborne)

    4.39%

  • Train and rail

    4.39%

  • Passengers cars (auto)

    4.39%

  • Trucks

    4.39%

  • Motorcycles

    4.39%

  • Buses

    4.39%

  • Airplanes (aviation)

    4.39%

  • Boats (waterborne)

    4.39%

  • Train and rail

    4.39%

55,115 0.08%

Edit

Total city-wide emissions

The city of roeland park, KS has emitted over 55,117 metric tons of CO2e in 2019. By 2025, the city plans to significantly lower their community-wide emissions to 40,000.

Take a tour

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Enable solution Disable solution
New value Current value

Besides increasing the level of electrification of end-use equipment and assets, it is important to, as well as lower the grid losses.

/ 35

  • Coal
    0%
  • Petroleum
    07
    07%
  • Natural gas
    0%
New value Current value
  • Nuclear
    0%
  • Geothermal
    0%
  • Solar
    0%
  • Biomass
    0%
  • Wind
    17
    17%
  • Hydro
    32
    32%

Besides increasing the level of electrification of end-use equipment and assets, it is important to, as well as lower the grid losses.

Besides increasing the level of electrification of end-use equipment and assets, it is important to, as well as lower the grid losses.

/ 35

Select a file format

  • Residential

  • Commercial

  • Industrial

  • Transportation

523,488 buildings

Electricity generation

55,115 0.08%

  • Coal

    15%

  • Petroleum

    2

    14%

  • Natural gas

    2

    18%

  • Coal

    15%

  • Petroleum

    2

    14%

  • Natural gas

    2

    18%

  • Nuclear

    15%

  • Geothermal

    16%

  • Solar

    7%

  • Biomass

    5

    19%

  • Wind

    5

    16%

  • Hydro

    12%

/ 35

Electricity generation

55,115 0.08%

  • Coal

    15%

  • Petroleum

    2

    14%

  • Natural gas

    2

    18%

  • Coal

    15%

  • Petroleum

    2

    14%

  • Natural gas

    2

    18%

  • Nuclear

    15%

  • Geothermal

    16%

  • Solar

    7%

  • Biomass

    5

    19%

  • Wind

    5

    16%

  • Hydro

    12%

/ 35

Select a file format

50% in landfill

523,488 buildings

Electricity generation

55,115 0.08%

  • Coal

    15%

  • Petroleum

    2

    14%

  • Natural gas

    2

    18%

  • Coal

    15%

  • Petroleum

    2

    14%

  • Natural gas

    2

    18%

  • Nuclear

    15%

  • Geothermal

    16%

  • Solar

    7%

  • Biomass

    5

    19%

  • Wind

    5

    16%

  • Hydro

    12%

Options

Indicator

This is the amount of energy (in BTUs) expected for this action.

40K

Select a file format

  • Residential

  • Commercial

  • Industrial

  • Transportation

523,488 buildings

More details

This is the amount of energy (in BTUs) expected for this action.

This is the amount of energy (in BTUs) expected for this action.

This is the amount of energy (in BTUs) expected for this action.

Options

Risk level

This is the amount of energy (in BTUs) expected for this action.

40K

Select a file format

  • Residential

  • Commercial

  • Industrial

  • Transportation

523,488 buildings

C°

F°

This is the amount of energy (in BTUs) expected for this action.

The heat index is what the temperature feels like to the human body when relative humidity is combined with the air temperature

  • 37.5

This is the amount of energy (in BTUs) expected for this action.

This is the amount of energy (in BTUs) expected for this action.

This is the amount of energy (in BTUs) expected for this action.

The heat index is what the temperature feels like to the human body when relative humidity is combined with the air temperature

The heat index is what the temperature feels like to the human body when relative humidity is combined with the air temperature

The heat index is what the temperature feels like to the human body when relative humidity is combined with the air temperature

The heat index is what the temperature feels like to the human body when relative humidity is combined with the air temperature

This is the amount of energy (in BTUs) expected for this action.

  • September

This is the amount of energy (in BTUs) expected for this action.

More details

The heat index is what the temperature feels like to the human body when relative humidity is combined with the air temperature

Select a file format

Data access

Download as:

CSV

PDF

JSON

Geography

City:

Charlotte

Kansas City

State:

Charlotte

Kansas City

Charlotte

Kansas City

Building:

307 N Academy St, Charlotte, NC, USA

Academy Street Bistro, 200 S Academy St, Cary, North…

Market

Residential:

lighting

Appliance

Industrial:

Facility Lighting

Data fields

Type of buildings:

Residential: 86%

$200

Square footage:

150-600

$200

Year built:

1995-2016

$200

Ownership:

Individual: Owner

$200

Solutions

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

Data access

$2,401.54

Discount code

Solutions

Reset

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

$250

Data fields

Reset

Region

Sector

Square footage

Year built

Market

Reset

Residential:

  • Lighting

  • Appliance

Industrial:

  • Facility lighting

Check out

15

Offset now

$2,401.54

Subtotal

$2,401.54

Taxes (Maryland)

$23.00

Tips

This is the amount of energy (in BTUs) expected for this action.

Discount

-$100.00

Order total

$2,424.54

Discount code :

Edit Add Close

This is the amount of energy (in BTUs) expected for this action.

PayPal form will be here

This is the amount of energy (in BTUs) expected for this action.

Crypto form will be here