Meridian Park Estate

Project Details

Name: Meridian Park Estate Phase 5
Date: 24th March 2020
Clients: Lekki Gardens

Value:

Project Description

In standard machining, a skilled machinist operates equipment, removing or developing steel. This is done as per the requirement given by designers and developers, generally through an engineering drawing or blueprint. They utilize turn wheels, switches over, dials, vices, chucks, as well as a selection of cutting devices made from set carbide, steel, as well as commercial diamond then make use of dimension instruments to ensure all of the measurements are correct.

Large CNC machine carries out the same feature as typical machining, metal cutting, milling, exploration, grinding, boring, as well as other metal developing and removal functions, yet it uses computer mathematical control rather than manual control by a machinist. It is automated, driven by code, as well as created by designers. It has to do with as precise the first time of cutting as the 500th. Extensively utilized in electronic manufacturing, as well as sometimes in low-volume manufacturing runs, it can be modified and altered for alterations, as well as various materials.

What is Challenge for client?

CNC machining utilizes subtractive processes, which means feedstock is machined to final form by subtracting as well as getting rid of the product. Openings are pierced, lots and pathways are tired, and steel supply is shaped into new products with differing tapers, sizes, as well as forms.

Electrical Installations

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Lift Stations Connection

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Mechanical Engineering

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Providing Solutions From Start to The end

We approached this challenge with a detailed project plan, which included comprehensive inspections and precise installations. Our team ensured that all electrical systems, from transformer installaations to external power reticulations to solar-powered streetlight installations were correctly installed and tested for functionality. We also implemented safety measures such as grounding to safeguard the entire electrical infrastructure.

We designed and installed a power distribution and reticulation system tailored to the facility’s layout and power demands. By strategically placing electrical distribution panels and using high-quality cabling. We minimized power losses and ensured that all parts of the facility received a steady power supply. The system was also designed with scalability in mind, allowing for easy expansion in the future.

Our engineers designed and implemented a low voltage distribution networks that were both efficient and resilient. We used specialized cables and protective devices to ensure that the low voltage systems were insulated from potential electrical disturbances. The system was thoroughly tested to confirm its reliability and efficiency, ensuring uninterrupted power to all low-voltage devices.

We carefully planned and executed the relocation of the HT poles with the highest safety standards in mind. Our team coordinated with the local power authorities to temporarily reroute power during the relocation. We used specialized equipment and followed strict protocols to ensure that the poles were safely and accurately repositioned, minimizing any impact on the surrounding environment and ensuring the continued stability of the power supply.

We installed a high-capacity standby generator, capable of providing reliable backup power. The generator was connected to appropriately rated change-over system allowing for a smooth switch to backup power in the event of a grid failure.

Our team carefully selected a 1,000KVA transformer that matched the facility’s requirements. We installed the transformer in a secure location, ensuring it was properly grounded and shielded. The installation process was coordinated to avoid any downtime, and we conducted thorough testing to confirm that the transformer was operating at optimal efficiency. This installation provided the facility with a stable and reliable power source, capable of supporting its operational needs.