Maintenance

Routine maintenance ensures efficient power generation with no down-time. Upon purchase, a maintenance contract will be catered specific to your organizational needs. For additional information and pricing regarding our maintenance program.

Client Support

Our customers seek maximum performance and minimum down- time. Therefore, Broad Range Energy delivers the necessary support to power our customers forward.

Troubleshooting and Remote Assistance:

Although technical issues are rare, simple technical problems can be fixed by consulting our troubleshooting guide. Alternatively, our trained technicians can provide over the phone service to solve issues that may arise.

Field Support and Training Programs:

In some cases, especially in remote locations, it may be necessary to consult a local technician. We offer an extensive training program and educational seminars to a local team so that they can provide maintenance and repairs on our technologies when needed.

The Digital Magnetic Inducer Generator

Broad Range Energy has developed a technology that will redefine the electrical energy generation sector. The Digital Magnetic Inducer Generator (DMIG) provides access to an inexpensive, continuously available, and non-polluting method for generating electrical energy in a format that is applicable in both small and large-scale, fixed and portable, energy scenarios. The DMIG is currently available in several models with generation capacities starting at 5MW respectively, and is easily customizable to larger scales.

Flexibility & Functionality

Flexibility and functionality are two key elements of the DMIG technology that make it ideal for many energy generation scenarios. The DMIG can be affixed to existing energy grids as a method to improve energy efficiency in urban areas, or used to develop mini-grids in rural areas that lack access to energy.

The DMIG can also function as a standalone energy source for mining companies, medical facilities, research centers, construction firms, as well as other industrial and commercial enterprises operating in remote locations.

Potential Applications

Utilities (grid and mini-grid): The DMIG is the ideal technology to affix to existing energy grids as a method to improve energy efficiency, increase energy capacity, and to ensure reliable, clean, and continuous energy in urban areas. The DMIG is also suitable for developing mini-grids in rural areas that lack access to reliable, clean, and efficient energy. Broad Range Energy is building strategic partnerships with utility providers that are suitable for adopting DMIG units into their energy mix or to have a complete DMIG power plant.

Commercial and Industrial Ventures (off-grid): The DMIG also provides a highly efficient and practical solution as a standalone energy source. Due to the low cost, versatility, and portability of the technology, Broad Range Energy is targeting mining companies, research canters, medical facilities, construction firms, as well as other commercial and industrial enterprises operating in remote locations as ideal customers.

Power Consumption

In 2023, the average annual electricity consumption for a U.S. residential utility customer was 10,932 kilowatt-hours (kWh), an average of 911 kWh per month. Louisiana had the highest annual consumption at 15,497 kWh per residential customer, and Hawaii had the lowest at 6,077 kWh per residential customer.

Installation

Broad Range Energy personnel will be present for installation in order to ensure units are properly engaged and generating electricity. Service and maintenance operations will be catered to the specific needs of individual clients and will outlined in a maintenance contract.

Although technical issues are rare, simple technical problems can be fixed by consulting our troubleshooting guide. Alternatively, our trained technicians can provide over the phone service to solve issues that may arise. In some cases, especially in remote locations, it may be necessary to consult a local technician. We offer an extensive training program and educational seminars to a local team so that they can provide maintenance and repairs on DMIG units when needed.

DMIG Advantage

• More cost-effective per kWh than all other (conventional and alternative)sources of energy.
• Scalable according to the requirements of any demand load.
• Versatility, can be used in both indoor and outdoor applications and at high and low temperatures and altitudes.
• Offers unparalleled portability when compared to traditional oil and gas.
• Decentralized, requires no connection to existing infrastructure to operate.
• Emits zero harmful radiation or emissions.
• Low vibration with no noise disturbance
• The Magnetic Transducer Generator requires no fuel and emits no waste energy in the form of heat.

Applications

On Grid: The DMIG is the ideal technology to affix to existing energy grids as a method to improve energy efficiency, increase energy capacity, and to ensure reliable, clean, and continuous energy in urban areas. DMIG units can be connected in series to act as a power plant with a generation capacity of up to 1000MW

Micro-Grid: The DMIG is also suitable for developing microgrids or hybrid micro-grids. Broad Range Energy is building strategic partnerships with utility providers that are suitable for adopting DMIG units into their energy mix

Standalone (off-grid): The DMIG also provides a highly efficient and practical solution as a standalone energy source. Due to the low cost, versatility, and portability of the technology, it is ideal for mining companies, research centers, medical facilities, construction firms, as well as other commercial and industrial enterprises operating in remote locations.

Competitive Advantage

An acceptable method to compare energy generation technologies is to measure their Levelized Cost Of Electricity (LCOE). The LCOE is the average total cost to build and operate a power-generating technology over its lifetime divided by the total power output of the technology over that lifetime. (Figure 3) shows the LCOE for a number of electricity generation technologies. As the graph illustrates, the LCOE for the DMIG is significantly lower than all other competing forms of electricity generation. There are two key attributes contributing to the low LCOE for the DMIG.

First, unlike conventional forms of energy (such as natural gas or diesel), the DMIG does not require any fuel. Second, the Capacity Factor of the DMIG is stable (97% capacity at 100% load), unlike energy sources such as wind or solar where output depends on fluctuating weather conditions. These attributes, together with competitive numbers for capital costs, installation, and maintenance, contribute to the low LCOE of the DMIG.

Technical Specifications

• Output Power Capacity, 5 MW / 4.9 MVA
• Max Configurable Power, 5 MW / 4.9 MVA
• Nominal Output Voltage, 480V 3PH Output
• Voltage Distortion, Less than 5% at full load
• Output Frequency (sync to mains), 60 Hz - programmable +/- 0.5 / 1 / 2 / 4 / 6 / 8%
• Crest Factor, Unlimited Topology, Delta
• Conversion On-Line Waveform Type, Sinewave Output Connections, (1) Hard Wire 4-wire (3PH + G) Bypass, External Static Bypass Safety