E houses are pre-manufactured and fully tested walk-in modular power solutions that consist of medium or low-voltage switchgear, marshaling panels, breaker controls, and auxiliary equipment.
They are ideal for situations that require minimized installation time or in remote areas where qualified personnel may need to be more readily available. E-houses also help reduce construction costs by reducing the work required on-site.
Reliability
A primary benefit of modular e-houses is that they are more reliable than traditional electrical houses. These buildings are designed, built, and pre-tested in a controlled factory environment. Then, they’re shipped to the project site, ready for installation. This can significantly reduce the on-site work required to install the building. This is especially helpful for remote projects where it may be difficult to find qualified personnel.
In addition, using modular construction allows for the fabrication of the entire structure in a single facility. This can also improve reliability by eliminating the need to coordinate multiple equipment suppliers for each system component.
This helps to reduce overall construction times and can help reduce the risk of costly errors that can occur when multiple suppliers are involved in the project. Additionally, it allows for quality and functional tests to be done in a centralized location.
A modular eHouse new technology is ideal for various industries, including mining, oil and gas, and transportation. They are also perfect for remote locations that are challenging to access or need to be located in hazardous environments. E houses can protect equipment from dust, moisture, and temperature fluctuations that can cause equipment failures and safety risks. They can also help to reduce operating costs and increase energy efficiency.
Efficiency
E-Houses are pre-fabricated power distribution centers that house the equipment needed to transform electrical energy and distribute it to industrial processes. They also serve as a solution for remote areas where finding qualified personnel to build a conventional stick-built structure may be challenging.
E-houses are built in a controlled environment and tested before delivery. This ensures the equipment will function properly and reduces the risk of costly errors during installation. They are also designed to minimize the number of external connections and the length of cable runs, which makes them a cost-effective alternative to traditional brick-and-mortar structures.
Unlike traditional brick-and-mortar construction, which can take months to complete, an e-house is typically delivered in weeks. This means that you can get started on your project sooner and begin producing financial results faster. Another advantage of an e-house is that it can be easily relocated. This is ideal for constantly growing or changing projects, as it can be re-positioned in a more appropriate working area. This flexibility can save you time and money by reducing the work required for the general contractor. It can also improve safety by limiting the number of workers on site.
Safety
E houses are designed to be safe and easy to work in, protecting equipment from harsh environments. They also provide an organized, clean workspace for employees, reducing the chances of injuries or fires. Because the e-houses are built in an indoor, quality-controlled environment, the construction process is faster and simpler, ensuring the design is consistent from project to project. This reduces the risk of inconsistencies and delays in deploying the solution on-site. It also eliminates the need to rely on multiple vendors, making it easier to meet tight project deadlines.
In addition to being safer, modular e-houses can be deployed in less time than traditional substations, saving significant costs on the overall project. They can be cranes lifted into position over existing equipment without the need for extensive civil infrastructure or a building to be constructed on-site. This makes them a great choice for remote locations with difficult access.
In addition, the e-houses are wholly integrated, including component mounting, programming, wiring, and HVAC, and thoroughly tested before shipment. This minimizes on-site installation and commissioning time, allowing the project team to focus on the system’s complexities. The e-houses are also very mobile and can be moved to new locations as the mining operations expand.
Flexibility
E Houses are prefabricated walk-in modular outdoor power solutions for housing medium and low-voltage switchgear equipment and other auxiliary equipment. They are fully integrated and thoroughly factory-tested and can be easily assembled on-site. This reduces the client’s cost, installation, commissioning, and startup time. They are also portable and can be relocated if necessary.
With the current economic pressure on project costs, it makes sense for contractors to look at ways to achieve savings, and this is where the modular E-house comes into play. E-houses are a perfect alternative to building the traditional brick-and-mortar substation on-site, saving money and time.
Unlike brick and mortar buildings, which are constructed on-site by multiple trades and vendors, E houses are engineered and built to spec in one facility by a single source OEM supplier, which makes them a “plug and play” solution that can be delivered to the job site ready to work. E-Houses also eliminate the need for construction and weather delays, as they are fabricated in an indoor, quality-controlled environment.
