Application Page

A.1

Party

A.2

Title of Mitigation Action

A.3

Description of mitigation action

This NAMA seeks to maximize the efficiency of water, electricity and gas consumption in existing homes. The housing retrofit NAMA is based on a “whole house approach” where efficiency benchmarks are set for total primary energy demand for each building type taking into account climatic variables. This approach includes a simple and cost-effective MRV system, and enables building developers and homeowners to employ a flexible range of interventions to achieve the performance standard desired. It enables a holistic and systematic methodology to energy efficient refurbishment of the building stock. Furthermore, it ensures the continuation of on-going activities and programs.

The implementation of the specific retrofit measures will be defined by an energy advisor and will depend on the specific requirements, such as the building prototype and climate zone. Energy efficiency refurbishment measures are the more economically viable when the respective building component has reached the end of its life cycle. At this stage, additional investment for more active and passive energy efficiency measures is marginal, providing maximum returns.

A.4

Sector

Energy supply

Residential and Commercial buildings

Agriculture

Waste management

Transport and its Infrastructure

Industry

Forestry

Other

A.5

Technology

Bioenergy

Energy Efficiency

Hydropower

Wind energy

Carbon Capture and Storage

Land fill gas collection

Cleaner Fuels

Geothermal energy

Solar energy

Ocean energy

Low till / No till

Other

A.6

Type of action

National/ Sectoral goal

Strategy

National/Sectoral policy or program

Project: Investment in machinery

Project: Investment in infrastructure

Project: Other

Other

A.7

Greenhouse gases covered by the action

CO2

N2O

PFCs

CH4

HFCs

SF6

Other

B National Implementing Entity

B.1.0

Name

SEDATU

B.1.1

Contact Person 1

B.1.2

Address

B.1.3

Phone

B.1.4

Email

B.1.5

Contact Person 2

B.1.6

Address

B.1.7

Phone

B.1.8

Email

B.1.9

Contact Person 3

B.1.10

Address

B.1.11

Phone

B.1.12

Email

B.1.13

Comments

B.2.0	Name
B.2.1	Contact Person 1
B.2.2	Address
B.2.3	Phone
B.2.4	Email	This field has incorrect value!
B.2.5	Contact Person 2
B.2.6	Address
B.2.7	Phone
B.2.8	Email	This field has incorrect value!
B.2.9	Contact Person 3
B.2.10	Address
B.2.11	Phone
B.2.12	Email	This field has incorrect value!

B.3.0	Name
B.3.1	Contact Person 1
B.3.2	Address
B.3.3	Phone
B.3.4	Email	This field has incorrect value!
B.3.5	Contact Person 2
B.3.6	Address
B.3.7	Phone
B.3.8	Email	This field has incorrect value!
B.3.9	Contact Person 3
B.3.10	Address
B.3.11	Phone
B.3.12	Email	This field has incorrect value!

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C Expected timeframe for the implementation of the mitigation action

C.1 Number of years for completion This field has incorrect value!
C.2 Expected start year of implementation This field has incorrect value!

D Currency

D.1

Used Currency

Conversion to USD: 1

E Cost

E.1.1

Estimated full cost of implementation

Conversion to USD: 2,505,800

E.1.2

Comments on full cost of implementation

The provided cost includes the entire pilot project.

E.2.1

Estimated incremental cost of implementation

Conversion to USD: 0

E.2.2

Comments on estimated incremental cost of implementation

F Support required for the implementation the mitigation action

G Estimated emission reductions

G.1	Amount
G.2	Unit
G.3	Additional imformation (e.g. if available, information on the methodological approach followed)	An MRV system has been developed to measure the performance of every energy efficiency action and the overall performance of a house. Some of the measured variables are: gas, water and electricity consumption; room temperature, specific temperature in walls, floor and ceiling; and CO₂ concentration. The mitigation potential is obtained by applying specific emission factors for each mitigation action.

H Other indicators

H.1 Other indicators of implementation

I Other relevant information

I.1

Other relevant information including co-benefits for local sustainable development

Co-benefits for local sustainable development:

SOCIAL: Improvements in quality of life (health, comfort).
ECONOMIC: savings in energy costs.
ENVIRONMENTAL: sustainable use of energy that results in GHG emissions reductions.

J Relevant National Policies strategies, plans and programmes and/or other mitigation action