01S-EPC
Solar EPC
Turnkey engineering, procurement and construction for industrial rooftops, ground-mounted plants, carports, electrical infrastructure and grid integration.
GENERATION
Delivery
Turnkey
Sites
Industrial + C&I
Industrial solar · Captive power · Open access
HELIOS
Build your own power.
Helios develops high-performance solar assets around how industry actually consumes electricity — from bill analysis and system design to approvals, EPC, commissioning and long-term operations.
01Solar
02Storage
03Grid
04Site
05O&M
06Wheeling
01The thesis
Solar is not merely a sustainability initiative. It is energy infrastructure.
For industrial businesses, electricity is a recurring operating expense exposed to tariff increases, demand charges and grid dependence. Helios converts part of that expense into a long-life productive asset.
We begin with actual bills, sanctioned demand, load profile, operating hours and existing power arrangements. Then we select the practical route: rooftop, ground-mounted captive, group captive or open access.
Lowest practical landed cost of power, without compromising operational reliability.
02What we build
One accountable partner. Every unit generated.
02S-DIS
Distributed Industrial Energy
On-site generation sized from bills, sanctioned demand and operating hours, reducing grid purchases without disrupting production continuity.
ON-SITE POWER
Sizing
Load-matched
Resilience
Grid-independent
03S-INF
Renewable Infrastructure
Customer-owned, captive and group-captive assets structured around lifetime energy cost, capital preference and the consuming facility's load.
OWNED ASSETS
Tenure
25+ years
Model
Build-own-operate
04S-O&M
O&M & Optimisation
Remote monitoring, preventive and corrective maintenance, cleaning, performance-ratio tracking and fault resolution over the asset life.
PERFORMANCE
Monitoring
Live telemetry
Uptime
Design-output
05S-BES
Storage & Grid Systems
Battery and grid-interface systems that turn intermittent generation into dependable industrial power — firming, shifting and islanding.
FIRMING
Storage
Battery + hybrid
Interface
Grid + island
06S-WHL
Energy Wheeling & Open Access
Generation at the best site, consumption at yours. Group captive, third-party open access and banking structures — wheeled over the state network and settled to the 15-minute block.
TRANSMISSION
Structures
Captive · OA · banked
Settlement
ABT · 15-min
07S-TKY
Turnkey Development
Land acquisition, approvals, financing structure, engineering, construction and handover under one contract — from a blank parcel to an energised asset with a single accountable party.
END-TO-END
Scope
Land → energisation
Range
1 MW → 100 GW+
03End to end
Assess to operate. One project plan.
Every viable project starts with how the facility buys and consumes electricity. Helios carries that evidence through design, approvals, construction, commissioning and long-term performance management.
01ASSESS
Bill and load assessment
We review twelve months of bills, interval data where available, sanctioned load, operating schedules and existing wheeling or open-access arrangements.
- Grid and wheeled-power tariff
- Demand and load profile
- Operating-hour match
- Existing contract review
02DESIGN
Capacity, location & commercial model
We model the appropriate capacity, site and ownership structure, setting out expected generation, capital requirement, savings, payback and key assumptions.
- Yield and generation model
- Rooftop vs off-site
- Savings and payback
- DC:AC and layout optimisation
03DEVELOP
Land, engineering & approvals
For on-site and remote projects, Helios coordinates site control, engineering, utility approvals, open-access registration and procurement through one accountable plan.
- Land and title diligence
- Detailed engineering and BoM
- CEIG / DISCOM approvals
- Open access and banking
04ENERGISE
Turnkey EPC & commissioning
Procurement, civil and electrical works, grid integration, testing and synchronisation are delivered under a single-point EPC contract.
- Mechanical and electrical BoS
- Substation and evacuation
- Protection and metering
- Performance verification
05OPERATE
O&M and performance management
We monitor generation, maintain the asset and identify performance gaps so it continues delivering the savings for which it was built.
- Remote generation monitoring
- Preventive and corrective maintenance
- PR and fault tracking
- Energy accounting and reporting
ENERGY WHEELING
Generate where the sun is. Consume where the load is.
Wheeling is the difference between a rooftop and a portfolio. We hold the interconnection, the open-access registration and the settlement engine, so a facility with no land can still be powered by its own generation 400 km away.
Group captive
26% equity, 51% consumption. We structure, build and administer the SPV so the consumer gets the tariff without owning the headache.
Third-party open access
Generation at a remote high-irradiance site, wheeled over the state network to a facility that has no roof and no land.
Behind-the-meter captive
On-site generation sized to the load curve, netted at the plant boundary with zero transmission loss.
Banked & settled
Day generation banked with the utility, drawn at night, reconciled monthly against ABT meter data across every linked site.
CAPACITY RANGE
1 MW to 100 GW and upwards.
Same engineering discipline at every tier — only the number of blocks changes.
04Commercial structures
The right model for every industrial load.
Roof area is only one input. Load shape, state regulation, capital preference and existing supply contracts determine whether power should be generated on-site or wheeled from a remote asset.
Customer-owned EPC
You fund and own the plant; Helios delivers it on a turnkey basis. The result is direct ownership, long-term savings and a productive operating asset.
BEST SUITED FOR
Businesses with available capital and a long operating horizon
On-site solar
Generation is installed at the consuming facility and used behind the meter, reducing the electricity purchased from the grid.
BEST SUITED FOR
Facilities with shadow-free space and strong daytime consumption
Captive or group-captive
Power is generated off-site and wheeled to one or more consuming locations under the applicable captive framework.
BEST SUITED FOR
Large consumers, constrained roof space and multi-site requirements
Open-access supply
Power from an off-site solar asset is supplied through the state network under the prevailing open-access framework.
BEST SUITED FOR
Eligible consumers seeking renewable power without an on-site plant
ALREADY WHEELING POWER?
Test whether ownership creates more value.
Existing arrangements give us the data to compare today's landed tariff with a customer-owned or captive solar asset. The answer may be to retain, optimise or replace part of the present supply.
01Current grid and wheeled-power cost
02Wheeling, transmission, banking and applicable charges
03Contract tenure and exit conditions
04Consumption matching and captive compliance
05Proposed project cost and funding structure
06Expected savings and payback
04Complex ecosystems
Machines that only make sense together.
A panel is a component. A plant is a system. What Helios actually builds are complexes — arrays, converters, batteries, controllers and meters wired into a single governed machine with one control philosophy.
CX-01COMPLEX 01 / 02
Industrial Microgrid Complex
A factory that never sees a grid outage. Generation, storage, controls and backup act as one machine, arbitrating between four power sources in under 20 milliseconds.
SUN → DC → PCS → BUS → LOAD ⇄ BESS ⇄ GRID
Islanding in <20 ms · peak shaving · demand-charge collapse
CX-02COMPLEX 02 / 02
Wheeling & Settlement Complex
A remote generation park bound to many consuming facilities by contract, metering and software — one asset, many meters, one reconciled bill.
PARK → POI → STATE GRID → N× CONSUMER METERS
Multi-site portfolios settled to the 15-minute block
05The technology
n-type cells, SiC conversion, and a plant that thinks.
Technology selection is where LCOE is actually decided. We specify against measured field performance in Indian heat, dust and weak-grid conditions — then instrument every string so the assumptions are auditable for twenty-five years.
01GENERATION
Latest-generation modules
We deploy what is actually shipping at scale today, not what looked good three procurement cycles ago.
- TOPCon & HJT n-type cells, 22–24% efficiency
- Bifacial glass-glass, up to 25% rear gain
- 600–720 Wp large-format G12 modules
- Sub-0.30%/yr degradation, 30-year linear warranty
- Low LID/LeTID n-type wafers
02TRACKING
Trackers & mounting
Structure decides yield as much as the cell does — and it decides whether the plant survives 25 monsoons.
- Single-axis horizontal trackers, ±60° range
- Backtracking + diffuse-light algorithms
- Terrain-following rows on undulating land
- Wind stow at design gust thresholds
- Hot-dip galvanised and pre-galvanised piles
03CONVERSION
Power electronics
SiC-based conversion, grid-forming behaviour and protection built for weak-grid Indian interconnects.
- 1500 V DC architecture end to end
- SiC string inverters + central PCS
- Grid-forming control, synthetic inertia
- LVRT/HVRT and reactive power support
- Module-level rapid shutdown where required
04STORAGE
Battery systems
Chemistry, thermal design and BMS chosen for cycle economics at 40°C ambient, not for a lab datasheet.
- LFP cells, 6,000+ cycles at 80% DoD
- Liquid-cooled containerised packs
- 2–8 hour duration blocks
- Multi-level BMS with cell-level telemetry
- Aqueous / sodium-ion pilots for long duration
05INTELLIGENCE
Controls, SCADA & AI
Every asset is instrumented. The optimisation layer sits above generation, storage and load simultaneously.
- String-level monitoring and IV curve tracing
- Satellite + numerical weather forecasting
- AI dispatch against tariff and load curves
- Digital twin for yield deviation detection
- Drone thermography & EL inspection cycles
06FIELD
Robotics & site systems
Soiling, water scarcity and manpower are the real O&M costs in India. We engineer them out.
- Waterless robotic module cleaning
- Autonomous row-to-row transfer units
- Fixed-mount thermal fault cameras
- Anti-soiling coatings and dry-clean cycles
- Predictive spares based on failure telemetry
06Projects
Built, wired, generating.
Representative project types across the Helios portfolio — generation, storage, evacuation and the land programmes that precede all of them.
PRJ-01Utility-scale generation
Tracker park, arid corridor
Capacity
240 MWp
Tech
TOPCon bifacial + HSAT
Scope
Land → energisation
PRJ-02Captive rooftop EPC
Factory rooftop cluster
Capacity
18 MWp
Structure
Behind-the-meter captive
PRJ-03BESS + firming
Storage block, industrial cluster
Energy
120 MWh
Chemistry
LFP · 4h duration
PRJ-04Wheeling infrastructure
Pooling substation & evacuation
Interconnect
220/33 kV
Consumers
9 wheeled sites
PRJ-05Acquisition & site control
Land bank, phase-two corridor
Parcel
1,100 acres aggregated
Status
Title clear · RoW secured
Indicative project profiles — capacities describe the classes of asset Helios delivers.
07Inside Beyond
Helios is the energy layer of Beyond.
Power flows down the chain; value flows back up it.
08The scale of the vision
What we are building toward
Aspirational targets, not achieved figures — they describe the system Helios intends to build.
09Positions
Three things we build against.
06Company architecture
Helios, inside Beyond.
07 — Partnership
Let us evaluate the opportunity.
Share twelve months of electricity bills and any existing wheeling, open-access or renewable-power arrangement. We will assess whether an on-site, captive or open-access project can deliver a stronger commercial outcome.