Most advanced off grid energy solutions perform well in simulations. Jakson’s systems, however, demonstrate their effectiveness under actual load variations. Our hybrid solutions balance renewable energy generation with storage and backup sources to ensure a steady power supply without requiring frequent manual adjustments or experiencing performance dips.
Microgrid Energy Solutions
Power systems fail not due to technological shortcomings, but because conditions evolve faster than centralised grids can respond. Load fluctuations, grid instability, and infrastructure constraints, especially in remote or critical locations, create significant operational risks. This is where Jakson Microgrid Energy Solutions comes into play, purpose-built to address real-world power challenges.
Jakson’s microgrid solutions integrate solar generation, energy storage, and intelligent control systems into a unified, localised energy platform. These systems dynamically balance supply and demand to deliver stable, uninterrupted power. Designed for environments where decentralised reliability is essential, Jakson’s microgrids operate as autonomous energy ecosystems, sustaining critical loads even during main grid outages.
Why Choose Jakson?
Built for Operational Reality
Microgrids That Provide More Than Just Power
Jakson microgrids are engineered as highly integrated systems, combining solar arrays, micro lithium-battery storage, smart controllers, power conditioning, and backup generators. This integration protects connected loads from failures, voltage drops, and sudden power loss. They serve not just as energy sources but as frameworks for resilience in locations where continuity is essential.
Adaptable Technology for Uneven Conditions
Grid connectivity can fluctuate, loads can spike unexpectedly, and remote installations come with unique constraints. Jakson’s hybrid and microgrid projects are designed to operate independently when necessary, ensuring reliable power quality and supply without compromise, even in the absence of a stable grid.
Durability Without Complexity
Our micro lithium-battery technology, utilising resilient LiFeO4 materials combined with advanced power electronics, ensures sustained performance over time with minimal maintenance. This is particularly important where uptime is crucial and service access is limited.
Tailored to Meet Diverse Energy Needs
Whether for a commercial facility, industrial campus, institutional campus, or remote off-grid location, Jakson’s hybrid and microgrid solutions are customised to meet specific energy profiles rather than relying on generic templates. This approach ensures that decision-makers receive systems that address real priorities instead of just a sales pitch.
In an era where sustainability and energy resilience have become paramount, microgrids are gaining recognition as effective and practical solutions. Jakson Distributed Energy (Jakson DE) stands at the forefront of this shift, providing innovative micro power systems that seamlessly integrate grid solar, off-grid energy solutions, and micro lithium-battery storage.
Our advanced microgrids utilise established technologies compactly and efficiently, making them suitable for both rural electrification and critical infrastructure applications.
Core Technology Components in Jakson’s Microgrid Architecture
Our DE’s microgrid solutions are seamlessly integrated, incorporating state-of-the-art components to maximise energy efficiency and reliability:
- A 5 kW pure-sine-wave inverter that guarantees clean, consistent power.
- Solar charge controllers utilising both Maximum Power Point Tracking (MPPT) and Pulse-Width Modulation (PWM) techniques to optimise energy harvest from photovoltaic arrays.
- A lithium battery system of 7.6 kWh based on LiFePO₄ (LFP) chemistry, known for its long lifespan and durability.
- A 7.5 kVA diesel generator with an Automatic Mains Failure (AMF) panel for reliable backup power.
Together, these features provide a robust micro power solution that can handle interruptions, voltage fluctuations, and sudden load changes, ensuring that critical loads remain protected from failures.
Integrated Solar and Off-Grid Capabilities Powered by Jakson
Our microgrid offerings align closely with the principles of grid solar and off-grid energy solutions. Our designs are optimised to operate partially or entirely on solar power, reducing reliance on traditional fossil-fuel generation.
Additionally, with integrated battery storage and diesel backup, these microgrids can function in remote areas or off-grid locations where utility power is either unavailable or unreliable. Jakson effectively delivers a hybrid approach by combining solar generation, stored energy, and conventional generators, ensuring consistent, clean, and dependable power.
Solar Microgrid Deployments by Jakson
We have successfully executed a range of microgrid projects that showcase our expertise:
- MR Engineering, Sundargarh (Odisha):
A 125 kW solar installation combined with a 100 kW / 76.8 kWh Battery Energy Storage System (BESS) and a 275 kVA diesel generator. - Sage Energy, Meerut (Uttar Pradesh):
A compact 5 kW microgrid housed in a 10 ft ISO container, including a 5.5 kW solar array, 7.6 kWh battery, and a 7.5 kVA generator. - CV Raman Educational Institute, Bhubaneswar (Odisha):
Multiple microgrids featuring systems of 30 kW solar paired with various BESS options (25 kW / 38.4 kWh, 30 kW / 48 kWh, and 50 kW / 76.8 kWh). - Sinali Experience, Madhya Pradesh:
A 69.93 kWp solar setup (rooftop and shed) supported by an 80 kW / 99 kWh BESS and a 125 kVA generator.
These projects highlight our ability to deploy scalable and modular energy solutions across various sectors, ranging from education to industry.
Micro Lithium-Battery Storage: Enhancing System Resilience and Efficiency
An essential element of our microgrid design is its 7.6 kWh lithium battery system, specifically built with LFP chemistry. This choice provides high cycle life, thermal stability, and safety. In our microgrids, this battery effectively stores solar energy collected during the day, supplying power when needed, especially during outages or after dark. This power storage capability is what enables the system to operate in island mode, delivering a resilient off-grid solution, a crucial asset for many remote or critical applications.
Jakson’s Service Expertise and Operational Scope in Microgrid Development
Our microgrid division is part of its broader Distributed Energy vertical. Our range of services includes:
- Designing and engineering containerised microgrid units
- Supplying and integrating solar PV systems, lithium battery systems, and diesel generators
- Offering commissioning, maintenance, and operational support
- Delivering turnkey hybrid energy systems that meld renewable energy with backup generation for off-grid or weak-grid scenarios.
This comprehensive approach makes us a go-to partner for deploying micro power solutions tailored for remote communities, institutions, and essential infrastructure.
Real-World Application of Jakson’s Solar Microgrid Solutions
Our microgrid projects illustrate real-world application and diversity:
- In Meerut, the small container microgrid supports a 5 kW load reliably, combining solar, battery, and DG to ensure continuous operation.
- At CV Raman Institute, larger systems totalling tens of kW provide clean, consistent power for educational institutions, helping them reduce diesel consumption and carbon footprint.
- The Sundargarh project demonstrates high-capacity deployment (125 kW solar + 100 kW BESS), showing how microgrids can operate at scale efficiently.
These examples underscore our ability to tailor microgrid solutions for different contexts, from remote campuses to industrial sites.
Frequently Asked Questions (FAQs)
Q1: What is a microgrid, and how does it differ from conventional power systems?
A microgrid is a self-contained network of energy sources and loads, operating independently as a single entity. Unlike centralised power grids, microgrids can disconnect and provide stable power on their own.
Q2: What components does Jakson use in its microgrid solutions?
Jakson’s microgrids include a 5 kW inverter, MPPT/PWM solar controllers, a 7.6 kWh LiFePO₄ lithium battery, a 5.5 kWp solar array, and a 7.5 kVA diesel generator with an AMF panel.
Q3: How much load can Jakson’s microgrids support?
They can support a continuous load of about 2.5 kW for approximately two hours on battery power.
Q4: Can Jakson’s microgrids operate off-grid?
Yes, they are designed for off-grid solutions, featuring solar generation, battery storage, and diesel backup to ensure continuous power.
Q5: What real-world micro solar projects has Jakson implemented?
Jakson has implemented various microgrid projects, including a 125 kW solar plus 76.8 kWh BESS system in Odisha and microgrids in Meerut and educational institutions in Bhubaneswar.
