Eight verticals, one engineering team — from the first survey to the last commissioning signature.
Condensing units, ZEAS and Conveni-Pack sized, supplied and commissioned by our own team.
Explore Daikin rangeBankable DPRs and scheme documentation, prepared by the engineers who design the project.
Tell us the crop, capacity and state. We map every scheme you can stack, before you spend on a DPR.
Check my eligibilityInstrument-grade calculators built on the same cost norms our engineers quote from.
Calculators give the range. Our engineers turn it into a site-specific BOQ with subsidy mapped.
Request an estimateGuides, cost breakdowns and state-by-state playbooks written by project engineers.
Design norms, cost sheets, DPR samples and scheme notes — organised the way a project is built.
Open the resource library
Under PM-KUSUM Component B, farmers typically receive 30% Central + up to 30% State subsidy + 30% bank loan, with the remaining 10% as farmer contribution. Effective subsidy can reach 60%. Slabs differ by state and pump capacity (3/5/7.5/10 HP).
Solar on a farm is not just panels on a roof. It is structural design for wind load, inverter sizing for pump or cold-room duty cycles, cable routing across long agri distances and subsidy paperwork that decides whether the project closes at 40% or 100% of cost. AgriMotion delivers complete solar EPC tuned for agriculture — from 3 HP irrigation pumps to 100 kWp cold-storage installations.
A typical end-to-end delivery covers planning through post-handover support.
3–10 HP AC/DC pumps with MNRE controllers, GI structures and borewell integration.
Solar + battery hybrid systems powering 2–10 MT cold rooms in off-grid villages.
5–500 kWp rooftop systems with net-metering for polyhouses, packhouses and warehouses.
Coupled solar-drip systems with pressure-regulated micro-irrigation for high-value crops.
Solar + Li-FePO4 + DG hybrid for 24×7 cold-chain reliability in remote locations.
IoT-based remote monitoring with 5-year comprehensive AMC and field-service network.
Each stage closes before the next one opens — nothing is ordered before the design is locked.
Load assessment, shadow analysis, DISCOM check.
System sizing, structure design, itemised BOQ.
PM-KUSUM / MNRE filing + net-metering application.
Installation, commissioning, monitoring, 5-yr AMC.
Indicative ranges only. Final cost depends on site, capacity, automation level, structural design, material grades and freight.
All figures indicative and subject to revision. Subsidy approval depends on the sanctioning authority and current scheme guidelines.
Most project failures start where one vendor’s scope ends and the next one’s begins. We carry the whole scope — and the paperwork that funds it.
| Scope | AgriMotion | Local | DIY |
|---|---|---|---|
| Bankable DPR + BOQ | |||
| OEM-genuine components | |||
| Engineering drawings (GA / P&ID / SLD) | |||
| Subsidy filing (NHB / MIDH / AIF) | |||
| Single-point project ownership | |||
| Post-handover AMC |
Still unsure? Speak to an engineer — not a sales desk.
Under PM-KUSUM Component B, farmers typically receive 30% Central + up to 30% State subsidy + 30% bank loan, with the remaining 10% as farmer contribution. Effective subsidy can reach 60%. Slabs differ by state and pump capacity (3/5/7.5/10 HP).
Yes. Cold rooms of 2–10 MT can run on solar + battery hybrid systems, with DG/grid backup for monsoon and night-load contingencies. Sizing depends on insulation, refrigeration duty and ambient conditions.
Yes, most state DISCOMs allow net-metering up to 500 kWp for agricultural and commercial connections. AgriMotion handles the DISCOM application, technical feasibility and meter installation.
With subsidy, payback ranges from 4 to 6 years for solar pumps and 5 to 7 years for cold-room / rooftop systems. Without subsidy, payback extends to 7–9 years. Module life is 25 years with linear performance warranty.
Yes. All projects include 5-year comprehensive O&M covering inverter, structure, electrical and monitoring. Remote IoT dashboards provide real-time generation data, with field engineers dispatched on alerts.
Yes — solar + Li-FePO4 + DG hybrid is the recommended off-grid cold-chain configuration. It guarantees 24×7 uptime and reduces diesel consumption by 60–80% vs DG-only operation.
Pricing ranges shown are indicative only and depend on site, scale, material grades, structural design, freight and current market conditions. Subsidy approval depends on the sanctioning authority and current scheme guidelines.
A crop, a capacity and a location are enough to begin. Share drawings or site photos on WhatsApp if you have them.