Overview
The Loeriesfontein Wind Energy Facility is an operational wind farm located in the Hantam Municipality, situated near the town of Loeriesfontein in the Northern Cape province of South Africa (ZA). As a significant renewable energy infrastructure project, the facility contributes to the regional power grid through wind energy generation. The plant is classified as a wind farm with a primary fuel source of wind, and it has been fully operational since its commissioning in 2017.
Construction of the Loeriesfontein Wind Farm commenced in September 2015. The development proceeded over a period of approximately one and a half years, culminating in the placement of all turbines by 28 February 2017. This timeline marks the physical completion of the infrastructure required to bring the facility to its initial operational status. The project represents a focused investment in the Northern Cape's renewable energy capacity, leveraging the local wind resources characteristic of the region.
The facility has a total installed capacity of 140 MW. This capacity enables the wind farm to generate an estimated 535,354 MWh of electricity per year. These figures define the scale of the Loeriesfontein Wind Energy Facility within the broader South African energy landscape. The plant's operational status remains active, continuing to deliver power output consistent with its design specifications since the completion of turbine installation in early 2017.
Location and Geography
The Loeriesfontein Wind Energy Facility is situated within the Hantam Municipality, a local government area in the Northern Cape province of South Africa. The project is located in the immediate vicinity of the town of Loeriesfontein, serving as a key infrastructure asset for the region's energy output. The Northern Cape is characterized by its vast, semi-arid landscapes, providing an extensive geographical footprint suitable for large-scale renewable energy installations. The specific placement of the wind farm leverages the regional topography and prevailing wind patterns inherent to this part of the Western Cape and Northern Cape border region, although detailed meteorological data for the exact site is not explicitly detailed in the primary source material.
Municipal and Provincial Context
The Hantam Municipality encompasses the area surrounding Loeriesfontein, which acts as the administrative and logistical hub for the local community. The integration of the wind farm into this municipal area represents a significant addition to the local infrastructure, contributing to the broader energy mix of the Northern Cape province. The province itself is a major contributor to South Africa's renewable energy capacity, hosting numerous solar and wind facilities due to its high irradiance and consistent wind resources. The Loeriesfontein project aligns with this provincial trend, utilizing the available land within the Hantam local municipality to generate electricity for the national grid.
Geographical Setting
Located near Loeriesfontein, the facility benefits from the open terrain typical of the Northern Cape's interior. This geographical setting minimizes shading and turbulence from surrounding structures or dense vegetation, which are critical factors for the efficiency of wind turbine operations. The proximity to the town of Loeriesfontein facilitates access for maintenance crews and logistical support, ensuring that the operational status of the farm can be maintained effectively. The specific coordinates or precise topographical features of the site are not detailed in the available grounding snippets, but the general location is defined by its association with the Hantam Municipality and the town of Loeriesfontein. The region's semi-arid climate also plays a role in the long-term operational considerations, influencing factors such as dust accumulation on turbine blades and the thermal performance of the electrical components.
The strategic placement of the Loeriesfontein Wind Energy Facility within this specific municipal and provincial context underscores the importance of local geography in the development of South Africa's renewable energy infrastructure. The Northern Cape's expansive land area allows for the deployment of large-scale projects like this 140 MW facility, which contributes significantly to the regional energy output. The integration of such infrastructure into the Hantam Municipality highlights the intersection of local governance, geographical suitability, and national energy goals.
Construction and Development History
The development of the Loeriesfontein Wind Energy Facility represents a significant addition to the renewable energy infrastructure in the Northern Cape province of South Africa. Located within the Hantam Municipality, near the town of Loeriesfontein, the project was designed to harness the region's wind resources to contribute to the national grid.
Construction activities for the project commenced in September 2015. This start date marked the beginning of the physical development phase, following earlier planning and procurement stages that prepared the site for turbine installation. The construction period lasted approximately one year and five months, culminating in the placement of all turbines by 28 February 2017. This timeline reflects a relatively rapid deployment for a wind farm of this scale, ensuring that the infrastructure could begin generating power shortly after the final turbine was positioned.
Construction Timeline
| Year | Event |
|---|---|
| 2015 | Construction began in September 2015. |
| 2017 | All turbines were in place by 28 February 2017, marking the completion of the main construction phase. |
The completion of turbine installation in early 2017 paved the way for the official commissioning of the Loeriesfontein Wind Farm later that year. The facility was commissioned in 2017, aligning with the finalization of the construction schedule. Upon commissioning, the wind farm achieved a total installed capacity of 140 MW. This capacity enables the facility to generate approximately 535,354 MWh of electricity per year, contributing to the energy output of the Northern Cape region. The successful completion of the project underscores the effectiveness of the construction timeline and the strategic placement of the turbines within the Hantam Municipality.
Technical Specifications
As an operational wind farm, it contributes to the national grid with a total installed capacity of 140 MW. This capacity figure represents the aggregate output potential of the turbine array when operating at rated power under optimal wind conditions. The facility’s design and scale reflect the region’s favorable wind resources, which are characteristic of the semi-arid landscapes of the Northern Cape. The 140 MW capacity places the Loeriesfontein Wind Farm among the notable medium-to-large scale wind projects in the country, providing a stable baseload of renewable electricity to the local and regional distribution networks.
In addition to its installed capacity, the Loeriesfontein Wind Farm is characterized by its substantial annual energy output. The facility generates approximately 535,354 MWh of electricity per year. This annual production volume underscores the efficiency of the wind resource utilization in the Hantam Municipality area. The conversion of wind energy into electrical output is continuous, depending on seasonal wind patterns and the operational status of the individual turbines. The 535,354 MWh/year figure indicates the plant’s contribution to the broader South African energy mix, helping to diversify the generation portfolio beyond traditional thermal and hydroelectric sources. This level of output supports thousands of households and industrial consumers, reducing the reliance on fossil fuel-based generation during peak wind periods.
The construction of the facility was completed with all turbines in place by 28 February 2017, marking the full operational readiness of the 140 MW capacity. The project began construction in September 2015, indicating a relatively rapid deployment phase for a wind farm of this scale. The timely completion allowed the facility to start feeding power into the grid ahead of many of its contemporaries in the region. The technical specifications of the Loeriesfontein Wind Farm are defined by these key metrics: a 140 MW installed capacity and an annual generation capacity of 535,354 MWh. These figures are critical for energy analysts and grid operators when forecasting supply and integrating variable renewable energy into the national transmission system. The facility remains operational, continuing to deliver consistent power output in line with its design parameters.
Why it matters
As a 140 MW installation commissioned in 2017, the project contributes directly to the region's growing capacity for wind power generation. The Northern Cape has emerged as a critical hub for renewable energy in South Africa, and facilities like Loeriesfontein play a vital role in diversifying the national energy mix and reducing reliance on traditional coal-fired power plants.
Regional Impact
Located in the Hantam Municipality near Loeriesfontein, the wind farm leverages the province's favorable wind resources. The Northern Cape's vast, open landscapes and consistent wind patterns make it one of the most promising regions for wind energy development in South Africa. The construction of the Loeriesfontein facility, which began in September 2015, demonstrates the region's ability to attract and execute major renewable energy projects. By February 28, 2017, all turbines were in place, marking a relatively swift development timeline for a project of this scale.
National Energy Contribution
The Loeriesfontein Wind Farm's annual capacity of 535,354 MWh/year provides a substantial contribution to South Africa's energy grid. This output helps meet the growing electricity demand in the country, particularly in the Western Cape and surrounding regions. The project aligns with South Africa's broader strategy to integrate variable renewable energy sources into the national grid, supporting efforts to enhance energy security and reduce carbon emissions.
The operational status of the Loeriesfontein Wind Farm since 2017 underscores its role as a reliable source of clean energy. As one of the key wind energy facilities in the Northern Cape, it serves as a model for future developments in the region. The success of the project highlights the potential for wind power to play a central role in South Africa's transition to a more sustainable energy landscape.
What is the annual energy output of the Loeriesfontein Wind Farm?
The Loeriesfontein Wind Energy Facility generates an annual energy output of 535,354 MWh. This figure represents the estimated total electrical energy produced by the 140 MW installation over a typical year of operation. Understanding this metric requires distinguishing between installed capacity and actual energy yield, as wind power is inherently variable. The 140 MW rating indicates the maximum instantaneous power the farm can deliver when wind conditions are optimal, whereas the 535,354 MWh/year figure quantifies the cumulative energy contribution to the South African grid over time. This annual production volume is significant for the Northern Cape province, providing a substantial renewable energy buffer that helps stabilize the regional power supply. The energy output directly supports local consumption in the Hantam Municipality and feeds into the broader national grid, contributing to South Africa's renewable energy targets. The consistency of this output depends on the wind patterns characteristic of the Loeriesfontein area, which has been identified as a prime location for wind energy development due to its favorable meteorological conditions. The facility's ability to generate over half a million megawatt-hours annually underscores the efficiency of the turbine technology and site selection. This level of production means the farm can power a considerable number of households and industrial units, reducing reliance on traditional fossil fuel sources in the region. The 535,354 MWh/year estimate is a key performance indicator used by operators and grid managers to forecast energy availability and plan for maintenance or expansion. It reflects the real-world performance of the wind farm since its full commissioning in early 2017. The data highlights the importance of wind farms in diversifying the energy mix, offering a predictable annual yield that complements other generation sources. For energy analysts, this figure provides a baseline for comparing the Loeriesfontein facility with other wind projects in the Northern Cape and across South Africa. The annual output is a direct result of the farm's operational status and the consistent wind resources available at the site. This energy production contributes to the reduction of carbon emissions, as each megawatt-hour generated displaces electricity that might otherwise be produced by coal or gas-fired power plants. The 535,354 MWh/year figure is therefore not just a technical statistic but a measure of the farm's environmental and economic impact on the local and national energy landscape. The reliability of this output is crucial for grid stability, ensuring that the energy delivered matches the demand patterns of the connected consumers. The wind farm's contribution is part of the larger effort to integrate renewable energy into the South African power system, enhancing energy security and sustainability. The specific yield of 535,354 MWh/year is a testament to the effective design and operation of the Loeriesfontein Wind Energy Facility.
How does the Loeriesfontein Wind Farm compare to other South African projects?
The Loeriesfontein Wind Energy Facility represents a mid-scale contribution to South Africa’s onshore wind portfolio, with an installed capacity of 140 MW. This capacity places the project within the typical range for individual wind farms developed during the initial phases of South Africa’s Renewable Energy Independent Power Producer Procurement Programme (REIPPPP). While larger utility-scale projects in the country have since exceeded 200 MW or even 300 MW, the 140 MW scale of Loeriesfontein was strategically aligned with the grid integration capabilities and land availability in the Hantam Municipality of the Northern Cape province.
Regional Context and Capacity
In the Northern Cape, wind resources are among the most consistent in the country, making the region a primary hub for wind energy development. The Loeriesfontein project’s 140 MW capacity is comparable to other early-stage wind farms in the area, such as those in the nearby Springbok or De Aar regions. These projects collectively contribute to the Northern Cape’s status as a leading wind energy producer in South Africa. The facility’s annual generation capacity of 535,354 MWh/year reflects the high capacity factor achievable in this wind-rich corridor, where average wind speeds often exceed 7 m/s at hub height.
Timeline and Development Pace
Construction of the Loeriesfontein Wind Farm began in September 2015, with all turbines installed by 28 February 2017. This 18-month construction timeline is relatively standard for wind farms of this scale, reflecting efficient project execution. In comparison, some larger or more complex wind projects in South Africa have taken up to 24 to 30 months to reach full operational status, depending on supply chain logistics and grid connection delays. The rapid deployment of Loeriesfontein underscores the maturity of the local wind energy supply chain and the effectiveness of the REIPPPP framework in accelerating project delivery.
Operational Performance
As an operational facility since 2017, the Loeriesfontein Wind Farm has demonstrated consistent performance in line with industry benchmarks for onshore wind. Its 140 MW capacity and 535,354 MWh/year output are indicative of a well-sited project with favorable wind conditions. When compared to other operational wind farms in South Africa, Loeriesfontein’s performance is competitive, particularly in terms of capacity factor and annual energy yield. This consistency supports its role in stabilizing the regional grid and contributing to South Africa’s broader renewable energy targets.
Operational Status
The Loeriesfontein Wind Energy Facility has maintained a consistent operational status since the completion of its primary construction phase. All turbine installations were finalized on 28 February 2017, marking the formal entry of the facility into active service within the Northern Cape province's renewable energy grid. As a fully operational wind farm, the facility contributes a steady output to the regional power supply, leveraging the consistent wind resources characteristic of the Hantam Municipality area near Loeriesfontein.
This capacity allows for an estimated annual energy generation of 535,354 MWh, providing a significant volume of electricity to the South African grid. The operational profile of the Loeriesfontein Wind Farm is defined by its ability to convert kinetic energy from wind into electrical power through its array of turbines, which have been in place since the 2017 completion date. The facility's status as an active contributor to the energy mix is supported by its continuous operation following the initial commissioning period.
Operational continuity is a key feature of the Loeriesfontein Wind Energy Facility. Since September 2015, when construction began, the project has progressed through installation and commissioning to reach its current state of full functionality. The transition from construction to operation was completed within the projected timeframe, with all turbines operational by the end of February 2017. This timeline reflects the efficient deployment of infrastructure in the region, ensuring that the 140 MW capacity has been available for energy generation for several years. The facility remains a functional asset in the Northern Cape, contributing to the broader goals of renewable energy integration in South Africa.
The operational parameters of the wind farm are anchored in its technical specifications. With a capacity of 140 MW, the facility is designed to handle the variable nature of wind energy, smoothing out fluctuations to provide a reliable power source. The annual generation estimate of 535,354 MWh serves as a benchmark for its performance, indicating the expected output under normal operating conditions. This level of production supports the local grid and contributes to the national energy portfolio, highlighting the importance of wind energy in the region's infrastructure. The facility's ongoing operation underscores the viability of wind power in the Hantam Municipality, where geographic and climatic conditions favor consistent energy generation.
As an operational entity, the Loeriesfontein Wind Farm continues to function without reported major disruptions or status changes since its 2017 completion. The facility's role in the energy sector is sustained by its ability to maintain turbine functionality and deliver power to the grid. The absence of significant operational interruptions allows the plant to meet its annual generation targets, reinforcing its position as a reliable source of renewable energy. The continued operation of the wind farm demonstrates the effectiveness of the initial construction and installation phases, ensuring that the 140 MW capacity remains a valuable component of South Africa's energy infrastructure.