Power Electronics / Power Management


Wine farm turns to solar installation for power

29 November 2024 Power Electronics / Power Management

Slanghoek Wine Farm, a well-known gem in the heart of South Africa’s wine-growing region, has made a bold and sustainable leap towards a greener future by installing a 462 kW solar power system.

With the aim of reducing its carbon footprint and cutting energy costs, the farm partnered with Current Automation to bring this solar project to life.

This exciting development not only highlights the increasing trend of agricultural enterprises embracing renewable energy, but also marks a significant milestone in the farm’s ongoing commitment to sustainability.

The solar installation consists of a cutting-edge 462 kW grid-tied solar system designed to generate clean, renewable energy. The system, which integrates advanced components from Huawei and Trina Solar, is engineered to meet the energy demands of the farm’s operations, while ensuring minimal environmental impact.

Key components of the system include:

Grid-tie inverters – 400 kW of Huawei inverters were chosen. The significant advantage of grid-tied solar systems is the use of the sun’s renewable energy, which makes a substantial contribution towards environmental conservation by reducing carbon footprint and dependence on fossil fuel-based energy. From an ecological perspective, grid-tied systems support the global transition towards green and sustainable energy solutions.

Solar panels – The solar panels used in the system are Trina Solar modules, known for their durability, high efficiency, and excellent performance in a variety of climates. These high-quality panels are capable of conversion with maximum effectiveness, making them an ideal choice for the farm’s large-scale solar installation.

A grid-tied system means that Slanghoek Wine Farm’s solar energy generation is directly linked to the national grid. This setup allows the farm to both consume the energy produced on-site and export excess power to the grid when production exceeds demand. This not only helps the farm reduce its reliance on traditional electricity sources, but also contributes to the grid with clean, renewable energy.

In addition, a grid-tied system with the flexibility to export excess energy provides Slanghoek Wine Farm with the opportunity to earn energy credits or even offset some of its electricity costs. As the farm reaps the benefits of its solar system, the farm’s management is optimistic about the long-term impact of this investment. With the ability to generate a substantial portion of its energy needs from renewable sources, the farm is well positioned for the future.


Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Four-quadrant regenerative grid simulator
Conical Technologies Power Electronics / Power Management
The IT7900EP series high-performance regenerative grid simulator from ITECH is a full four-quadrant AC grid simulator capable of both sourcing and sinking power.

Read more...
90 W PSU with 150% boost capability
Brabek Power Electronics / Power Management
RECOM’s cost effective REFIN2U-S90/CL DIN rail AC/DC boasts a 90 W rating with a boost capability of 150% for 4,5 seconds to allow for surge loads.

Read more...
Standalone USB PD controller
Future Electronics Power Electronics / Power Management
The STUSB4531 from STMicroelectronics is a standalone USB Power Delivery sink controller designed to streamline the implementation of USB-C power negotiation in sink devices without requiring a full software stack on a host microcontroller.

Read more...
Power module enhances AI data centre power density
Altron Arrow Power Electronics / Power Management
Microchip’s MCPF1525 power module with PMBus delivers 25 A DC-DC power and is stackable up to 200 A.

Read more...
MIL-Spec DC-DC power converters
Vepac Electronics Power Electronics / Power Management
PowerGood has introduced a range of 15 W to 600 W military DC-DC power converters engineered for mission critical defence applications.

Read more...
Compact power MOSFET for high current switching
Future Electronics Power Electronics / Power Management
onsemi’s NTMFSC2D6N08X is a high-performance 80 V N-channel power MOSFET engineered for demanding switching and power conversion applications.

Read more...
DC link capacitors for demanding applications
RS South Africa Power Electronics / Power Management
TDK Corporation has announced the B3271xP series of DC link film capacitors, offering high thermal robustness for demanding automotive and industrial power electronics.

Read more...
N-channel power MOSFETs
TRX Electronics Power Electronics / Power Management
The TSM2N7002 series from Taiwan Semiconductor are logic-level N-channel power MOSFETs designed with low drain-source on-state resistance, reducing conduction losses and improving efficiency in switching applications.

Read more...
Smart power protection, simplified
TRX Electronics Power Electronics / Power Management
onsemi electronic fuses (eFuses) deliver integrated, intelligent protection by combining overcurrent, overvoltage, over-temperature, reverse polarity, and inrush current safeguards in a single compact IC.

Read more...
Robust power for mission-critical systems
Vepac Electronics Power Electronics / Power Management
PowerGood’s latest range of DC-DC brick-type converters is engineered specifically for high-end applications, providing a versatile power output from 50 W to 600 W.

Read more...









While every effort has been made to ensure the accuracy of the information contained herein, the publisher and its agents cannot be held responsible for any errors contained, or any loss incurred as a result. Articles published do not necessarily reflect the views of the publishers. The editor reserves the right to alter or cut copy. Articles submitted are deemed to have been cleared for publication. Advertisements and company contact details are published as provided by the advertiser. Technews Publishing (Pty) Ltd cannot be held responsible for the accuracy or veracity of supplied material.




© Technews Publishing (Pty) Ltd | All Rights Reserved