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Sharjah, United Arab Emirates
501-1000 Employees
1975
We are proactive and take actions independently to accomplish objectives, satisfy our customers, and support each other. Mohamed Abdulrahman Al-Bahar, founded in 1959, is a leading business house in the Arabian Gulf with a vision to become the number one provider of customer value in construction equipment, energy and transportation, and materials handling industry. More than 60 years of experience in Middle East with offices in various GCC countries. Operating with business model built up on trust and quality. With a mission to strengthen market leadership by creating dynamic and profitable relationships with customers and suppliers through innovative solutions and more than 2100 committed employees, Al-Bahar has proved to become one of the most favored and trusted companies within the Machinery Trading industry in the Middle East. Be the Number One provider of customer value in construction equipment, energy and transportation, and materials handling. We consistently deliver the highest quality of service to our customers while continuously improving our internal processes and organizational effectiveness. Al-Bahar initiated a 6-Sigma deployment plan in 2003 and since committed to using its discipline to accelerate improvement in the business processes that support customers.
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CAT® Solar and Microgrid Solutions
... Cat® Solar and Microgrid Companies and Solar Solutions offers efficient methods to generate Clean and Renewable Energy. PV Solar Panels System, Solar Power Solutions, Solar Generators, Solar Electric Power Generation, Solar System Electricity Generation. Buy Cat® Solar Power Generators in ...
United States
11-50 Employees
A Microgrid is made up by a group of interconnected DERs (distributed energy resources) and loads that are able to interact with the macrogrid as well as function autonomously as an island. The goal of a microgrid can be as simple as providing renewable energy to the customer or as complicated as maintaining power through an outage or PSPS event and, often times, is multi functional providing an array of solutions thought the year. “Success is the ability to go from failure to failure without losing your enthusiasm.”. The concerns of building and maintaining a Microgrid are something Omni knows all too well. We are not afraid to admit that we have had to overcome challenges in the past and we're here to bring our experience to the future.
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Microgrid Technologies
... Microgrid ...
Montevideo, United States
1-10 Employees
2014
Together, we provide and build the entire solution. Our mission is to be an industry leader in the shift towards renewable energy. We are dedicated to delivering the best products on the market and work only with the most stable manufacturers worldwide. In response to this, National Microgrid has invested significant resources in becoming a leader in the design and construction of such facilities. We also provide entire system guarantees for up to 25 years. During your initial consultation, we will review your energy bill and offer a custom analysis with your projected savings. We will recommend conservation measures along with renewable generation to achieve your goal and reduce your energy costs. National Microgrid is committed to driving the modernization of our country’s energy consumption.
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National Microgrid is designing some of the most advanced microgrids in the nation.
... National Microgrid is designing some of the most advanced microgrids in the nation. ...
Stuttgart, Germany
1-10 Employees
2020
Solarize misst die Stromflüsse, überwacht die Leistung der Erzeugungsanlagen genau, verteilt die Strommengen und rechnet diese verbrauchsgenau ab. Wir sind damit geradezu prädestiniert für die Rolle als Mieterstrom-Anbieter. Mit Solarize haben wir das Mieterstrommodell für PV-Anlagen und BHKWs profitabel und effizient umgesetzt. Wir haben Solarize gegründet, um die Energiewende messbar voranzubringen. Damit reduzieren wir unser Risiko und können transparente und faire Preise anbieten. Auch die Möglichkeit, einen virtuellen Summenzähler einzusetzen und damit Mieterstrom skalierbar anzubieten, hat uns überzeugt.".
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Featured
The Microgrid Operating System
... Denn mit unserer Plattform ist das Management von Microgrids auf Mehrparteien-Immobilien so komfortabel wie noch nie. ...
Marietta, United States
1-10 Employees
2021
With our services, our customers will know when something is happening in real time, all the time.Using a secure industrial cloud solution, we connect the data sources proving detection, and advanced analytics for early warning of equipment faults, process improvements, and energy cost savings. We provide some of the world’s most cutting-edge innovations to promote energy efficiency, advance sustainability, and lessen environmental impact.Smart buildings maximize resource (energy, water, capital) efficiency. Microgrid Analytics mission is to provide the industrial and commercial customers a world-class real time continuous monitoring system for any facility or service. These buildings are operated using energy and water management processes with high data visibility which lead to reduced energy and water spending. This latest approach to building management is the most effective and critical step that will really help us reduce energy waste and deliver clear ROI to our clients.
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Microgrid Analytics
... Microgrid ...
Johannesburg, South Africa
1-10 Employees
2018
We Are Developing Flow Batteries For Energy Storage Application. We Are Currently Seeking A Mechanical Technician To Join Our Team. The candidate should be able to work on dynamic, product-oriented group and manage the multiple tasks independently. VFT Is A Spin-Off Of The CleanTech Lab Of Nanyang Technological University (NTU), Singapore, And Benefits From Unique IP Arising From Many Years Of Intensive Research At NTU. VFT is a spin-off of the CleanTech lab of Nanyang Technological University (NTU), Singapore, and benefits from unique IP arising from many years of intensive research at NTU. First in Singapore to develop and deliver environment-friendly smart redox flow batteries to customers globally. VFlowTech Is A Vibrant Fast-Paced Start-Up In A Growth Industry. VFlowTech (VFT) Is An Innovative And Fast-Growing Start-Up In The Renewable Energy Space, Contributing To A Sustainable Environment.
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Home Page - VFT Africa
... VFT Africa is bringing affordable microgrid power generation to Africa using the technology from VFlow Tech. ...
Easton, United States
1-10 Employees
2016
Our mission is to give communities tools to make them stronger. American Microgrid Solutions delivers hybrid power systems and energy tools that improve security, savings and sustainability for a wide range of facilities. From concept to commissioning, we provide a turnkey, hassle-free experience to meet your goals, budget and schedule. American Microgrid Solutions delivers hybrid power systems that improve security, savings and sustainability for a wide range of facilities. American Microgrid Solutions is a leading developer of Resilience Hubs - community-serving facilities augmented to support residents and coordinate resource distribution and services before, during, or after a natural hazard event. American Microgrid Solutions provides end-to-end Resilience Hub solutions that allow communities to build and operate Resilience Hubs. Our team of energy experts cuts through the complexity with rational, easy-to-follow solutions. In 2016, we launched American Microgrid Solutions and recruited a team of advanced energy experts hands-on experience designing, financing and building advanced energy solutions.
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About | American Microgrid Solutions
... American Microgrid Solutions proudly traces its roots to Public Power communities where neighbors serve neighbors. ...
Llandarcy, United Kingdom
1-10 Employees
2019
Our products are available for hire & purchase. SSP manufactures the highly acclaimed SSP Microgrid® solar-hybrid generator. The SSP Microgrid® is the UK’s only autonomous solar-powered off-grid generator that combines all the elements needed for reliable onsite power in one unit. SSP Microgrid® delivers up to 30kW of reliable, on-demand, off-grid power. Coupled with a diesel generator to provide energy security, fuel usage can be reduced by 80% when compared to a conventional diesel generator.
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SSP Microgrid Surveillance | Hybrid off-grid Power Solutions
... Sustainable Site Power Ltd introduce to you the SSP Microgrid Surveillance offering hybrid off-grid Power Solutions for hire or purchase. ...
Philadelphia, United States
1-10 Employees
2018
Our mission is passionately triple-bottom-line focused, meaning, you will be provided with a holistically sustainable solution starting with planning through execution. With expertise from a variety of fields, we provide solutions that will cover all bases. We believe that, together, we can achieve a sustainable future for ourselves and the generations to come.
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Featured
Integrated Energy & Microgrid Solutions - Home
... Integrated Energy & Microgrid Solutions - ...
Aarschot, Belgium
1-10 Employees
Furthermore, DC microgrids can operate autonomously and continuously, whenever profitable or in case of emergency. DC is the corner stone of the grid 2.0. Their voltage and current dynamics fundamentally differ from what we are used to in AC power systems today. Based upon the initial concept, we can engineer a full-scale DC microgrid that offers you the reliability and efficiency you need.
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dcinergy · dc microgrids for electrical autonomy
... We guide you from the initial feasibility assessment towards commissioning your DC microgrid. ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Microgrids
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 355 |
| Amount of suitable service providers | 305 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1975 |
| Youngest suiting company | 2021 |
Microgrids are self-contained electrical networks characterized by their capacity to operate independently or in conjunction with the broader utility grid, thus offering enhanced resilience, sustainability, and efficiency in electricity distribution. These systems, which can range in size from a single building to an entire community, integrate various sources of distributed generation—such as solar panels, wind turbines, and combined heat and power (CHP) units—alongside energy storage solutions and advanced control technologies. By managing the production, distribution, and consumption of electricity within a localized area, microgrids can effectively balance supply and demand, reduce energy losses in transmission, and provide a reliable power supply in the face of external disruptions. This capability is particularly crucial in areas vulnerable to natural disasters or those with inadequate access to the central power grid. Furthermore, microgrids facilitate the integration of renewable energy sources into the grid, supporting the transition towards a more sustainable and decentralized energy system. The impact of microgrids within the energy sector is profound, as they not only enhance grid resilience and sustainability but also empower communities by providing greater control over their energy resources, potentially leading to economic and environmental benefits. Through their innovative approach to energy management, microgrids exemplify a significant shift towards a more adaptable, reliable, and green energy infrastructure.
1. Enhanced Resilience:
Microgrids offer superior resilience in the face of power outages and natural disasters. By operating independently from the main grid, they can maintain power supply to critical infrastructure and reduce downtime, ensuring essential services remain up and running during emergencies.
2. Improved Energy Efficiency:
Microgrids optimize energy use by locally managing the production and distribution of electricity. This localized control helps in minimizing transmission losses and can lead to more efficient use of resources, particularly when incorporating renewable energy sources like solar and wind power.
3. Increased Reliability:
The decentralized nature of microgrids significantly enhances the reliability of electricity supply. Since power is generated closer to where it is used, there are fewer opportunities for disruption in the distribution process. This can be particularly beneficial in remote or isolated areas where connection to a central grid is challenging or unreliable.
4. Renewable Integration:
Microgrids facilitate the integration of renewable energy sources into the electricity supply. By supporting a mix of energy sources, from solar panels to wind turbines, microgrids can reduce dependence on fossil fuels and lower greenhouse gas emissions, contributing to environmental sustainability.
5. Cost Savings:
In the long term, microgrids can offer financial savings by reducing energy waste, optimizing peak demand, and potentially lowering the costs associated with energy consumption and transmission. For businesses and communities, this can mean significant reductions in operational expenses.
While evaluating the different suppliers make sure to check the following criteria:
1. Technical Expertise and Experience
Ensure the supplier has a proven track record in microgrid installation and management, with specific experience relevant to your project's scale and complexity.
2. Customization Capabilities
The supplier should offer customizable solutions that can be tailored to meet your specific energy needs and goals.
3. Quality of Components
Assess the quality and reliability of the microgrid components they offer, including inverters, batteries, and control systems.
4. Integration with Renewable Energy Sources
Check their capability to integrate renewable energy sources, such as solar or wind, into the microgrid system efficiently.
5. Scalability and Flexibility
Choose a supplier that offers solutions that are scalable and flexible, allowing for future expansion or modification of the microgrid system.
6. Compliance and Standards Adherence
The supplier must comply with local and international standards and regulations relevant to microgrid systems.
7. After-Sales Support and Maintenance
Evaluate the supplier’s commitment to after-sales support, including maintenance, training, and technical assistance.
8. Cost-Effectiveness
While not compromising on quality and reliability, consider the overall cost-effectiveness of the supplier’s microgrid solutions.
9. Customer Reviews and References
Look for feedback from previous customers and ask for references to gauge the supplier’s reliability and customer service quality.
10. Innovation and Research Capabilities
Select a supplier that invests in research and development to stay at the forefront of microgrid technology innovations.
Microgrids are increasingly being adopted across various industries, offering resilience, energy independence, and sustainability. In the manufacturing sector, they provide reliable power supply crucial for uninterrupted production processes. By integrating renewable energy sources, microgrids help manufacturers reduce energy costs and carbon footprint, making operations both cost-effective and environmentally friendly. In the healthcare industry, microgrids ensure that hospitals and healthcare facilities maintain power during outages. The reliability of energy supply is critical for life-saving equipment and operations, making microgrids indispensable for these institutions. They not only guarantee the continuity of medical services but also support energy-intensive medical equipment efficiently. The data center industry, where uninterrupted power is critical for continuous operation, also benefits from microgrids. They offer a sustainable solution to meet the high energy demands while minimizing downtime caused by grid failures. By leveraging microgrids, data centers can achieve greater energy reliability and potentially lower energy costs, enhancing their operational resilience. For the education sector, especially in universities with large campuses, microgrids provide a way to manage energy costs, reduce greenhouse gas emissions, and serve as living labs for research on sustainable energy technologies. They enhance campus sustainability initiatives and ensure that educational institutions have a reliable power supply, even during extreme weather or other disruptions. Each of these use cases demonstrates the versatility and necessity of microgrids across different industries, highlighting their role in promoting energy resilience, sustainability, and cost efficiency.
As of the latest assessments, microgrids are generally considered to be at a Technology Readiness Level (TRL) of 7 to 9, indicating that they are at the stage of system prototype demonstration in operational environments to actual system completion and operational capability. This advanced TRL reflects the significant technical progress and real-world testing that microgrids have undergone. The technical reasons underpinning this high TRL include the successful integration and interoperability of diverse renewable energy sources, such as solar and wind, with conventional power sources, and the development of sophisticated control systems that ensure reliable and efficient energy distribution. Moreover, advances in energy storage technologies, crucial for stabilizing microgrid operations, have enabled these systems to provide resilient and continuous power even under variable conditions. The development and incorporation of smart grid technologies, which allow for real-time monitoring and management of energy flows within the microgrid, further contribute to their high TRL by enhancing the operational efficiency and reliability of these systems. The ability of microgrids to operate both connected to the larger power grid and in island mode, maintaining power supply during outages, showcases their technical maturity and the extensive validation they have received through various pilot and commercial-scale projects worldwide.
In the Short-Term, we anticipate significant advancements in microgrid control systems and energy storage solutions. The focus will be on enhancing the integration of renewable energy sources, such as solar and wind, with improved battery storage technologies. These advancements will enable microgrids to operate more efficiently and reliably, providing cleaner, more sustainable energy options for remote and urban communities alike. Enhanced software for better grid management and predictive analytics will also play a crucial role, enabling more precise energy distribution and consumption forecasting. Mid-Term developments are expected to see the rise of smart microgrids that leverage the Internet of Things (IoT) and artificial intelligence (AI) to optimize energy use and distribution. These smart microgrids will be capable of autonomous operation, dynamically adjusting to changes in energy demand and supply, and facilitating real-time energy trading between microgrids. This period will also witness increased emphasis on cyber-physical security systems to protect against cyber threats, ensuring the resilience and reliability of microgrid operations. Long-Term, the focus will shift towards the integration of microgrids with national grids and the expansion of microgrid networks. Technological advancements will enable seamless energy exchange and coordination between microgrids and the main grid, supporting the broader adoption of renewable energy sources. Innovations in energy generation, such as advanced nuclear microreactors and next-generation solar panels, will further enhance the sustainability and efficiency of microgrids. This era will also explore the potential of microgrids in supporting space colonization efforts, providing reliable and autonomous energy solutions for extraterrestrial habitats.
