Base year

Insert percentage reduction of emissions to be achieved by targeted goal year. For example, 80% reduction to base year goal of 234K would be 46,800 mt CO2e by 2050.

mt CO₂e

Goal year

Insert percentage reduction of emissions to be achieved by targeted goal year. For example, 80% reduction to base year goal of 234K would be 46,800 mt CO2e by 2050.

mt CO₂e

Total

Increase

Decrease

Remaining energy use/GHG emission

Increase

Decrease

Sources	Annual energy consumption, BTU	Emission reduction, mt

Potential actions	Energy (Btu)	Impact (mt reduction)

Home address

mt CO₂e

Vehicle

Waterfall graph

Sources	Emission reduction, mt
Learn more Delete	3.61 (14%)
Learn more Delete	11.23 (22%)
Learn more Delete	8.54 (12%)
Learn more Delete	14.61 (24%)
Learn more Delete	3.45 (9%)

Equipment	Impact, mt CO₂e	Price, $
Solution info Delete	-5.02	84.99
Solution info Delete	-9.34	1,519.00
Solution info Delete	-3.63	340.25
Solution info Delete	-3.11	150.00
Solution info Delete	-6.62	457.30

Offset now

$2,401.54

/

Offset now

$2,401.54

Name on card

Card number

Expiration

CVC

Postal code

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	$345.00

Discount code:

Add

...

...

Routing number

Account number

Full name

Emission

Total

Increase

Decrease

Gas: 50%

Coal: 9%

Nuclear: 36%

Hydro: 1%

Wind: 1%

Biomass: 2%

Solar: 1%

Scope 1

Scope 2

Scope 3

kWh

BTU

MCF

mt CO₂e

lb CO₂e

kg CO₂e

g CO₂e

Sources	Annual energy consumption, BTU	Emissions, mt
Heating, ventilation and AC	58.33	3.61 (14%)
Refrigeration	83.89	11.23 (22%)
Lighting	36.19	8.54 (12%)
Transportation	43.35	14.61 (24%)
Appliances	94.12	3.45 (9%)

Energy Type	Annual energy consumption, BTU	Emission reduction, mt
Coal	58.33	3.61 (14%)
Petroleum	83.89	11.23 (22%)
Natural gas	36.19	8.54 (12%)
Nuclear	43.35	14.61 (24%)
Biomas	94.12	3.45 (9%)

Potential actions	We currently do this	Energy	Impact (mt reduction)	Action
Electric heater		8.13	-5.02
Electric vehicle		3.89	-9.34

Rooftop solar		4.45	-3.63
Smart thermostat		7.50	-6.62
RECs		6.72	-3.00
Offsets		1.55	-5.40
Smart thermostat		7.50	-6.62
Add new
*Energy and emissions savings shown here does not factor in utility reabtes, existing local incentives or upfront costs

Home address

mt CO₂e

Vehicle

Waterfall graph

Sources	Emission reduction, mt
Learn more Delete	3.61 (14%)
Learn more Delete	11.23 (22%)
Learn more Delete	8.54 (12%)
Learn more Delete	14.61 (24%)
Learn more Delete	3.45 (9%)

Equipment	Impact, mt CO₂e	Price, $
Solution info Delete	-5.02	84.99
Solution info Delete	-9.34	1,519.00
Solution info Delete	-3.63	340.25
Solution info Delete	-3.11	150.00
Solution info Delete	-6.62	457.30

Offset now

$2,401.54

/

Offset now

$2,401.54

Name on card

Card number

Expiration

CVC

Postal code

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	$345.00

Discount code:

Add

...

...

Routing number

Account number

Full name

Edit your data

307 N Academy St, Charlotte, NC, USA

224 mt CO₂e

1.25%

User

Address

Year built

Total living area

sqft

Emission

Drag your files here, or click here to choose

const fetch= require("node-fetch"); const data = { }; facility_id: 1, year: 2019, fuel_source: "Biodiesel (100%)", vehicle_type: "Biodiesel Light-duty Vehicles", amount: 100, units: "scf", activity_type: "Fuel Use", gwp_dataset_revision: "2014 IPCC Fifth Assessment", scope: "Scope 1", fetch("https://api2.dynmhx.io/corporate/mobile-combustion", { method: "POST", headers: { "Content-Type": "application/json", }, body: JSON.stringify (data), }) .then((response) => response.json ()) .then((data) => { console.log("Success:", data); I }) .catch((error) => { console.error("Error:", error); });

Area

sqft

Drag your files here, or click here to choose

[ { "street_address": "7224 W Marginal Way S, Seattle, WA 98108, USA", "floor_area": "38.48", "costs": "45.434", "emissions": "344.54", "building_type": "residential" } ]

Duke Energy

Energy company

UGI Corporation

Energy company

Bank of America

Bank

Pinnacle West Capital Corporation

Bank

Dominion Energy

Energy company

CenterPoint Energy Inc.

Energy company

NRG Energy

Energy company

Constellation Energy

Energy company

Comed Corporation

Energy company

Ameren Company

Energy company

1
2
3
4
12

Switch to yearly data

Space cooling

Costs

$

2023/01/01

kWh

2023/01/02

kWh

2023/01/03

kWh

2023/01/04

kWh

2023/01/05

kWh

2023/01/06

kWh

2023/01/07

kWh

2023/01/08

kWh

2023/01/09

kWh

2023/01/10

kWh

2023/01/11

kWh

2023/01/12

kWh

2023/01/13

kWh

2023/01/14

kWh

2023/01/15

kWh

1
2
3
4
12

Energy Emission

Total

Increase

Decrease

Remaining energy use/GHG emission

Increase

Decrease

Sources	Annual energy consumption, BTU	Emissions, mt
Heating, ventilation and AC	58.33	3.61 (14%)
Refrigeration	83.89	11.23 (22%)
Lighting	36.19	8.54 (12%)
Transportation	43.35	14.61 (24%)
Appliances	94.12	3.45 (9%)

Energy Type	Annual energy consumption, BTU	Emission reduction, mt
Coal	58.33	3.61 (14%)
Petroleum	83.89	11.23 (22%)
Natural gas	36.19	8.54 (12%)
Nuclear	43.35	14.61 (24%)
Biomas	94.12	3.45 (9%)

Potential actions	We currently do this	Energy	Impact (mt reduction)	Action
Electric heater		8.13	-5.02
Electric vehicle		3.89	-9.34

Rooftop solar		4.45	-3.63
Smart thermostat		7.50	-6.62
Walking		6.72	-3.00
Bicycling		1.55	-5.40
Smart thermostat		7.50	-6.62
Add new
*Energy and emissions savings shown here does not factor in utility reabtes, existing local incentives or upfront costs

VIN number Manually

Year

2018

Make

BMW

Model

230i Convertible

Option

Auto (S8), 4 cyl, 2.0 L, Turbo

Mpg

42

CO₂/mile

411

Annual miles driven

18,100

This car mostly kept at location

Drag your files here, or click here to choose

[ { "street_address": "7224 W Marginal Way S, Seattle, WA 98108, USA", "floor_area": "38.48", "costs": "45.434", "emissions": "344.54", "building_type": "residential" } ]

Duke Energy

Energy company

UGI Corporation

Energy company

Bank of America

Bank

Pinnacle West Capital Corporation

Bank

Dominion Energy

Energy company

CenterPoint Energy Inc.

Energy company

NRG Energy

Energy company

Constellation Energy

Energy company

Comed Corporation

Energy company

Ameren Company

Energy company

1
2
3
4
12

Annual miles driven

or

To continue, use the number of miles per year. Or enter the year of purchase and fill in the usage details. Dynamhex will then automatically calculate all required values.

Name	2020	2021	2022
Average daily driving distance, miles Percent highway	m %	m %	m %
Days per week / Weeks per year	d / w	d / w	d / w
Other trips taken this year, miles Percent highway other trips	m %	m %	m %

City distance, miles Highway fuel Total fuel	4,570 4,570 9,140	4,570 4,570 9,140	4,570 4,570 9,140
City fuel, gal Highway fuel Total fuel	253.889 175.769 429.658	253.889 175.769 429.658	253.889 175.769 429.658
CO₂ calc, lb	8,421.299	8,421.299	8,421.299

Name	2020	2021	2022
Average daily driving distance, miles Percent highway	m %	m %	m %
Days per week / Weeks per year	d / w	d / w	d / w
Other trips taken this year, miles Percent highway other trips	m %	m %	m %

City distance, miles Highway Annual distance	– – –	– – –	– – –
City fuel, gal Highway fuel Total fuel	– – –	– – –	– – –
CO₂ calc, lb	–	–	–

Total

Increase

Decrease

Remaining energy use/GHG emission

Increase

Decrease

CO₂/mile

Miles per gallon

CO₂/mile (EV)

Mile/kWh

Potential actions	We currently do this	Energy	Impact (mt reduction)	Action
Tesla electric vehicle		8.13	-1,027
Flight information		3.89	-1,845

Bus		4.45	-567
Train		7.50	-1,466
Walking		6.72	-615
Bicycle		1.55	-1,055
Add new
*Energy and emissions savings shown here does not factor in utility reabtes, existing local incentives or upfront costs

Bank of Americas

By integrating you will share your account details, utility statements, interferable data

By logging in, you agree to Bank of America’s Terms of service and Privacy policy

Document each of the use types present within your building. For example, if your building includes both Office and Retail spaces you should have two use types here.
The available Use Types refer to the general primary business or function of the building, not the specific activity of a particular space within the building.
For large mixed-use buildings, choose up to 5 use types. Each use type must be >2500 sq ft and >5% of the total building gross floor area.

#	Building function	Total building gross floor area(%)	Options
1	Large Office	This is the amount of energy (in BTUs) expected for this action. %
2	Warehouse	This is the amount of energy (in BTUs) expected for this action. %
3	Primary school	This is the amount of energy (in BTUs) expected for this action. %
4	Large Office	This is the amount of energy (in BTUs) expected for this action. %
5	Warehouse	This is the amount of energy (in BTUs) expected for this action. %
Total: 16%

Emission

Total

Increase

Decrease

Sources	Annual energy consumption, BTU	Emissions, mt
Heating, ventilation and AC	58.33	3.61 (14%)

Energy Type	Annual energy consumption, BTU	Emission reduction, mt
Coal	58.33	3.61 (14%)

Potential actions	We currently do this	Energy	Impact (mt reduction)	Action
Electric heater		8.13	-5.02

View as Government

Fynn Redfield

Home owner

Current plan: Trial

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36.99% of the city’s emissions comes from the residential sector.

Residual Fuel Oil No. 5

32.17%

Wood and Wood Residuals

0.49%

Electricity

4.34%

View by

End use technologies Building type

16.56% of the city’s emissions comes from the commercial sector.

Distillate Fuel Oil No. 1

10.82%

Propane

0.83%

Wood and Wood Residuals

0.03%

Electricity

4.88%

View by

End use technologies Building type

0% of the city’s emissions comes from the industrial sector.

View by

End use technologies Process type

46.45% of the city’s emissions comes from the transportation sector.

Truck

0%

Diesel Fuel

11.41%

Truck

11.41%
Passenger

0%

Motor Gasoline

35.04%

Truck

30.53%
Motorcycle

0.08%
Passenger

4.42%

Truck

0%
Passenger

0%

Total community-wide emissions,

mt CO₂e

1,740

Edit

The community has emitted over 1,740 mt CO₂e in 2022.

Take a tour Access report

Options

Enable solution

Coal

%

0%
Petroleum

07

%

07%
Natural gas

%

0%

New value	New value	Current value

Nuclear

%

0%
Geothermal

%

0%
Solar

%

0%
Biomass

%

0%
Wind

41

%

41%
Hydro

12

%

12%

Current Planned

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	New value	Current value

Nuclear

%

0%
Geothermal

%

0%
Solar

%

0%
Biomass

%

0%
Wind

17

%

17%
Hydro

32

%

32%

Current Planned

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

Current Planned

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

/ 35

523,488 buildings

Electricity generation (MWh)

557

0.00%

Coal

15%
Petroleum

2

14%
Natural gas

2

18%

Diesel

100%

/

523,488 buildings

Electricity generation (MWh)

557

0.00%

Coal

15%
Petroleum

2

14%
Natural gas

2

18%

Diesel

100%

/ 35

Residential organic waste composted

%

50% in landfill

Year built

523,488 buildings

Electricity generation (MWh)

557

0.00%

Coal

15%
Petroleum

2

14%
Natural gas

2

18%

Diesel

100%