Background

Farmer & Landowner

Renewable energy is positively impacting rural communities and farmers by providing new opportunities. EBNT, as a private operator, has a specialized approach in solar and wind energy production systems.

img

Contact us for more info or to start the process to design a system for you!

Contact Us
overview

Nature has led to advancements in energy technology that provide landowners and farmers throughout the globe with new opportunities to generate income. Being a private firm that develops solar and wind energy production systems, EBNT has a unique depth of expertise and a customer-centric attitude to solar and wind energy production systems. As part of its Energy as a Service (EaaS) offering, EBNT will plan, build, finance, and manage your project with sensitivity for the local community, farmers, landowners, and the environment.

Innovating a greener future

Solar and wind farms developed by EBNT will provide enormous benefits for a variety of stakeholders, including farmers, rural communities, landowners, and others.

  • New Sources of Income
  • Employment Opportunities and Training in the Construction, Technical, Customer Service and Maintenance Sectors
  • New Tax revenue for Community Development
  • Community Development and support

Many people still need to understand how solar and wind power function, even though they're becoming more crucial for the economy and the environment. Our mission at EBNT with Energy as a Service (EaaS) is to provide a tailor-made, ready-to-implement solution for your property so that you and your neighbors may live in better harmony with the natural world.

EBNT plans, builds, finances, and manages your project as part of its Energy as a Service (EaaS) offering. This is done with sensitivity for the local community, farmers, landowners, and the environment.

Our Project Success

Our project succeeds by developing sustainable designs and cultivating constructive partnerships.

Cutting-edge technology is utilized to effectively identify your property before any solar panels are energized, or wind turbine blades are allowed to spin in the air. We determine where to place the solar panels or wind turbines, and our specialists and meteorologists examine data from various sources, including LiDAR and high-resolution aerial images.
Our personnel collaborates closely with the operators of the region's power grid to inspect transmission lines and establish the types of technology required to ensure that there are no accidents when it comes to energy injection. This helps to guarantee that the supply of electricity is safely maintained.

By employing environmental professionals with knowledge of standard operating procedures, we aim to reduce the adverse effects of our activities on natural areas and the wildlife that inhabit there.

Once a site fits the requirements for a solar or wind array, we plan meetings with potential landowners or farmers to discuss the project, give them maps of the area, explain the science behind solar and wind energy, and outline the financial benefits to them.

Our relationships with the farmers and landowners whose property we use are our priority. Farmers and landowners will have access to a crew of construction specialists when the time comes to construct. We make use of every opportunity, from casual encounters to formal get-togethers to written correspondence, to keep the lines of communication open.

Prior to construction, we consult with landowners or farmers to plan out the access routes and the installation of solar farms or wind turbines. Keeping with state, regional, and national regulations, the solar or wind farm is planned to provide a safe and appropriate buffer zone between the array and nearby homes, businesses, and roads.

Construction comprises of building access roads and clearing the ground for the solar farm or establishing the foundations for the wind turbine towers.

  • Solar farms need rack systems to hold the solar panels, power inverters, batteries, charge controllers, and cabling for wiring the system, to mention a few of the system's essential components.
  • The installation of the wind turbine tower modules, nacelles, blades, and storage construction might differ depending on the wind turbine utilized.