01
Deployable by design
Think of the power plant as an asset that can be configured, transported, positioned and commissioned around the site.
Jwalath Energy LLP · Hyderabad
Power Plant Anywhere.
AmunRa Hybrid Mini & Micro Power Hubs bring generation, storage and intelligent energy control closer to the load — built for sites that need power in places conventional infrastructure does not serve well.
MicroUnder 0.1 MW
Mini0.1–25 MW
ArchitectureHybrid + BESS + Control
AMUNRA
HYBRID
POWER HUB
POWER HUB
Generate · Store · Dispatch
Solar PVGeneration
VAWT WindGeneration
BESSStorage
AI-EMSControl layer
Site LoadsPower out
Hybrid generationMultiple energy inputs
Battery storageEnergy when you need it
Intelligent controlCoordinated dispatch
Modular scaleMicro to Mini configurations
The platform
One architecture. Many sites.
AmunRa is designed around a repeatable power-hub architecture rather than a fixed-site plant. The configuration can be sized around the demand, the available energy resources and the constraints of the location.
Solar PVPrimary renewable input
→
VAWT WindHybrid generation
→
Power ConversionCondition + combine
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BESSStore + shift energy
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AI-EMSMonitor + dispatch
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LoadSite · EV · Microgrid
02
Hybrid by architecture
Combine solar, vertical-axis wind and battery storage under one coordinated operating layer.
03
Built around the load
Start from the actual demand profile, operating pattern and site constraints rather than forcing one fixed plant layout.
Mini & Micro Power Hubs
Two scales. One platform.
Micro and Mini configurations share the same underlying approach. The difference is the amount of power required and how the plant is modularly configured for the site.
AMUNRA MICRO
Micro Power Hub
< 0.1 MW
For smaller distributed, isolated or single-facility loads where conventional infrastructure may be impractical.
- Compact footprint
- Standalone or behind-the-meter use
- Remote and small-site applications
AMUNRA MINI
Mini Power Hub
0.1–25 MW
For larger commercial, industrial, campus and community-scale demand where modular capacity can grow with the site.
- Modular multi-unit configuration
- Grid-connected or microgrid use
- Fleet, campus and industrial applications
Applications
Built for the sites around the power.
Illustrative AI-generated 4K visuals show the environments where AmunRa Hybrid Mini & Micro Power Hubs can be configured. Fuel, highway and EV applications specifically feature flexible solar panel architecture.
FT
Fuel & Highway Sites
Flexible solar panels can conform to canopy surfaces while adding on-site generation for operations and EV charging.
Flexible Solar
EV
EV Charging Hubs
Use flexible solar panels across charging canopies to add lightweight generation close to high-demand charging loads.
BF
Bus Depots & Fleets
Configure power around fleet charging schedules, operating windows and depot demand.
IN
Industrial & Commercial
Bring generation and storage closer to process loads and existing electrical infrastructure.
CM
Campuses & Institutions
Support schools, universities, research facilities and corporate campuses with distributed clean-energy infrastructure.
HC
Hospitals & Critical Facilities
Design power resilience around hospitals, healthcare campuses and critical operations where continuity matters most.
OF
Remote & Off-Grid
Provide a modular power core where extending a conventional connection is difficult or uneconomic.
Our process
From Audit to O&M.
A structured delivery path keeps engineering, approvals, deployment and long-term operations connected from day one.
01
Audit
Site assessment, load profile, energy analysis and feasibility.
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02
Design
Hybrid system design, sizing and techno-commercial configuration.
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03
Approvals
Regulatory, grid and statutory compliance support.
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04
Build
Procurement, installation, integration and commissioning.
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05
Monitoring
Performance visibility, controls and optimization.
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06
Operations
Remote support, operating procedures and performance management.
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07
O&M
Preventive and corrective maintenance for sustained uptime.
Benefits
More value from distributed power.
We design the project around energy economics, compliance and long-term operating value—not generation alone.
Lower Energy Costs
Reduce purchased-energy exposure through on-site generation, storage and optimized dispatch.
Net Metering Savings
Where permitted, eligible surplus energy can be exported or credited under applicable state/DISCOM rules.
Central & State Incentives
Screen the project for applicable central or state schemes, incentives, concessions or financing support.
Compliance & Approvals
Support statutory, electrical, grid-connection and documentation requirements through the project lifecycle.
Sustainability & ESG
Increase renewable-energy contribution, improve resilience and support measurable sustainability objectives.
Energy Resilience
Use storage and coordinated control to improve continuity around critical or high-value loads.
Incentives, net-metering treatment, tariffs and approval requirements vary by state, DISCOM, consumer category and project configuration. Final eligibility is confirmed during site-specific engineering and regulatory review. MNRE’s rooftop-solar programme and ALMM requirements are examples of rules that can affect eligible projects.
Special offering
Flexible Solar Panels.
Lightweight solar modules open up surfaces that are difficult to serve with conventional rigid-panel systems—especially canopies, curved roofs, transport applications and irregular structures.
LightweightLower structural loading than many rigid-panel approaches.
FlexibleDesigned for curved or irregular mounting surfaces.
VersatileUseful for fuel stations, EV charging canopies and selected rooftop applications.
Site-ledIntegrated into the project during the design and engineering phase.
Technology
Designed as a power system, not a single component.
The value of the platform comes from coordinating generation, storage, conversion and control as one deployable architecture.
01
Hybrid generationSolar PV + vertical-axis wind inputs
02
Energy storageBattery energy storage for shifting and buffering power
03
Power conversionConversion and conditioning between sources, storage and loads
04
Intelligent energy managementMonitoring and dispatch across available sources and storage
HYBRID BY DESIGN
Generate. Store. Dispatch.
AmunRa is conceived as a coordinated energy platform. The system can combine renewable generation, battery storage and power conversion around the actual site load and operating profile.
SolarPV generation
WindVAWT input
BESSEnergy storage
EMSControl layer
Final equipment selection, ratings and control strategy are determined during site-specific engineering.
About Jwalath Energy
Engineering the space between power and place.
Jwalath Energy LLP is based in Hyderabad, India, with a focus on deployable power infrastructure through the AmunRa Hybrid Mini & Micro Power Hub platform.
The company is developing a practical architecture for distributed generation, storage and intelligent control — with configurations intended to adapt to the site rather than require the site to adapt to a fixed plant.
Jwalath Energy LLP · Hyderabad, India
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