Suitable areas for installing ERVs (Energy Recovery Ventilators) in Ethiopia are primarily concentrated in the following environments and projects:

Ayesa Wind Power Station

Located in the Gobi Desert in eastern Ethiopia, this project, constructed by Dongfang Electric Corporation, has a total installed capacity of 120 megawatts and utilizes 48 wind turbines. 

The region boasts abundant wind energy resources, and the project itself involves the installation and commissioning of large-scale machinery and equipment, placing high demands on ventilation systems.

Awasa Industrial Park

As Africa's first zero-emission textile industrial park, it comprises 52 standardized factory buildings and supporting facilities, requiring efficient ventilation systems to maintain a productive environment.

Constructed by a Chinese company, the park boasts modern infrastructure.

Addis Ababa Airport and New Hub

Addis Ababa Airport, Africa's busiest, boasts a high passenger volume, while the newly constructed Abusera Airport is expected to handle 110 million passengers annually. 

Such transportation hubs place high demands on air circulation and energy-efficient ventilation equipment.

Due to their energy development, industrial manufacturing or transportation hub attributes, the above areas are suitable for deploying ERV systems to achieve energy conservation and air quality optimization.

Ethiopia's demand for ERVs (Energy Recovery Ventilators) is primarily concentrated in the following sectors and scenarios, analyzed below, taking into account its industrialization progress, infrastructure development, and climate characteristics:

1. Industrial and Manufacturing Parks

Awasa Industrial Park: As Ethiopia's first zero-emission textile industrial park, it is home to over 20 international companies, including Wuxi Jinmao Ethiopia Fabric Factory. 

These companies have high requirements for workshop environments (such as temperature and humidity control and air purification). The factories must maintain a clean, spotless environment,

making ERV systems suitable for balancing ventilation and energy consumption.

Other Manufacturing Projects: According to the Ethiopian Industrial Development Plan 2025, industries such as textiles and garment manufacturing are growing rapidly, 

and demand for energy-saving ventilation equipment in industrial zones will continue to rise.

2. Transportation Infrastructure

Addis Ababa Airport and the newly built Abusera Airport: The new airports are designed to handle 110 million passengers annually, requiring efficient ventilation systems to cope with the high passenger volume. 

ERV technology is a potential option for the expansion of the existing Bole Airport and the energy-saving design of new airports (e.g., optimizing fuel efficiency at low altitudes).

Railway and Highway Projects: The government plans five new transportation corridors connecting to ports in neighboring countries. Supporting facilities 

(such as stations and tunnels) require stable ventilation solutions.

3. Energy and Public Buildings

Renewable Energy Projects: Projects such as the 120 MW Aissa Wind Farm and AMEA Power's 300 MW wind power project require a balance between equipment cooling and energy conservation. 

ERVs are suitable for control rooms or supporting buildings.

Public Facilities: With the increasing number of hospitals, schools, and government buildings in urbanization, especially in the capital, Addis Ababa, there is a significant demand for energy-efficient ventilation systems.

4. Climate and Market Factors

Climate Adaptability: Some areas of Ethiopia, such as the plateau, experience large temperature swings between day and night. 

ERVs can reduce ventilation-related temperature fluctuations and improve building energy efficiency. Policy support: The government promotes the "Ten-Year Development Plan" and the "Endogenous Economic Reform Plan", 

emphasizes green buildings and energy efficiency, and provides policy benefits for equipment such as ERVs.