Executive summary
The Hirasar plant is a 0.1 MW ground-mounted utility asset in Maharashtra. 4 GLYDE automatic robots (~40.0 robots/MW on 0.1 MW) with NECTYR and weather-aware holds since 2026. Taypro implemented Automatic waterless cleaning under CAPEX.
Operations report roughly 14 thousand litres of water saved per year, about 3.8 MWh of additional clean generation, and 2 metric tons CO₂ equivalent (site-reported; validate with your SCADA).
Robotic cleaning means scheduled cycles and weather-aware holds—not flooding modules on a daily wash calendar.
Site statistics at a glance
| Metric | Reported value |
|---|---|
| Nameplate capacity | 0.1 MW |
| State / region | Maharashtra |
| Automatic robots | 4 |
| Semi-automatic robots | — |
| Total fleet | 4 robots |
| Robots per MW | ~40.00 |
| Primary systems | GLYDE |
| Cleaning mode | Automatic |
| Procurement | CAPEX |
| Monitoring | NECTYR |
| Commissioning | 2026 |
| Water saved | ~14 thousand litres / year |
| Generation uplift | ~3.8 MWh / year |
| CO₂ equivalent | ~2 metric tons / year |
Fleet design at 0.1 MW
4 GLYDE automatic robots (~40.0 robots/MW on 0.1 MW) with NECTYR and weather-aware holds since 2026.
Highest robots/MW in workbook—validate docking layout.
NECTYR operations and accountability
NECTYR provides fleet visibility, automated cycle scheduling, and alerts—not a plant-wide clean-now button. Supervisors review completion maps, wind and rain holds, and idle trends weekly in dust season.
Cleaning cadence: scheduled cycles and weather-aware holds
Taypro GLYDE automatic fleets do not run a naive “every module, every night” wash. Each unit is assigned to a ground-mount array with a docking station and executes scheduled waterless cycles in block-wise windows—typically post-sunset or pre-sunrise, outside peak generation—configured in NECTYR. Plant studies set how many runs occur per month; utility programmes commonly align with roughly 3–10 dry-cleaning cycles per month, often denser in peak dust season (for example 6–10) and lighter in quieter months, as described on cleaning technology and cleaning service pages.
AI- and ML-informed scheduling in NECTYR combines weather forecasts, rain probability, wind limits, and fleet telemetry. After effective rain, robots often stand down to avoid redundant passes; after dust fronts, schedules tighten so performance ratio recovers before the next revenue-critical period. Operators see the same weather context used for wind holds—overrides should be informed, not blind.
Each completed GLYDE run is a dual-pass waterless cycle on fixed tables, with dust removal quoted per completed cycle under performance methodology—not nameplate efficiency gain and not guaranteed daily coverage of the full DC footprint.
Commissioning and handover
Commissioning sequenced high-soiling blocks first, validated geometry and docking or staging, and trained technicians on waterless compliance and hold rules.
What Hirasar teaches owners at 0.1 MW
Highest robots/MW in workbook—validate docking layout. Use the ROI calculator with conservative GWh attribution and utility operations framing.
Lenders should request block-level proof: NECTYR completion and hold logs. Pair 14 thousand litres, 3.8 MWh, and 2 tCO₂e on one assumption set.
Regional soiling at 0.1 MW
Sub-0.2 MW automatic GLYDE density. Downwind rows soften in inverter data before drive-by inspections; programmed cleaning with block proof beats episodic tanker washes.
Before Taypro, manual programmes struggled with frequency, water logistics, and auditability on 0.1 MW tables.
Monthly operating calendar
Jan–Feb: review brush wear and cycle plans. Mar–Jun: peak dust—scheduled density toward 6–10 cycles per month class on automatic peers where applicable; not nightly full-plant wash. Monsoon transition: stand down after effective rain. Post-monsoon: re-walk paths after civil or vegetation works.
SCADA correlation
Pair inverter trends with NECTYR timestamps. If PR stays soft after logged cleans, investigate brush wear, partial coverage, or equipment fault.
Water and finance narrative
Model 14 thousand litres avoided against tanker and wet-wash baselines. Stress-test 3.8 MWh at 50% and 75% attribution before sign-off.
Fleet: 4 GLYDE automatic (~40.00 robots/MW)
4 GLYDE automatic robots (~40.0 robots/MW on 0.1 MW) with NECTYR and weather-aware holds since 2026.
ESG and insurer pack
Include night traffic plans, training records, and sample NECTYR weeks with water and carbon slides on consistent assumptions.
Procurement checklist
- Row repeatability map before copying robots/MW from this case study.
- Manual baseline year for water and labour.
- Block-level completion proof requirement in contracts.
- Phase commissioning on highest-soiling blocks first.
- Read cleaning technology and performance methodology.
Who should benchmark Hirasar?
Owners with 0.1 MW Maharashtra assets and automatic constraints—not plants copying fleet counts without maps.
How many cycles per month?
Site-specific; commonly roughly 3–10 dry cycles per month, weather permitting—not daily washing of every module.
Seasonal operating calendar
Jan–Feb: review brush wear and cycle plans; validate wind and rain hold rules in NECTYR or inspection logs. Mar–Jun: peak dust—scheduled cycle density increases on priority blocks (weather permitting), often toward the 6–10 cycles per month class for automatic fleets; not nightly coverage of every module. Monsoon transition: stand down or lighten cycles after effective rain; inspection-heavy weeks where appropriate. Post-monsoon: re-walk paths after vegetation or civil works; update block timers before the next approved cleaning window.
Peer benchmarking
Versus Satara (0.5 MW): extreme micro.
Versus Butiburi (0.3 MW): micro automatic.
Browse all projects, mid-scale peers, and tier-2 references.
Hirasar NECTYR discipline
Log completion and holds weekly; pair 14 thousand litres with 3.8 MWh.
Technical committee closing brief for Hirasar
Attach row maps, NECTYR samples, and conservative 3.8 MWh / 2 tCO₂e stress tests. 14 thousand litres water avoided should use the same assumptions as generation slides.
Scheduled cycles and weather-aware holds—roughly 3–10 dry cycles per month on automatic peers, weather permitting—not daily plant-wide washing. Read cleaning technology and performance methodology.
Compare peers linked above; request layout review via contact when row maps are preliminary.
Finance workshop agenda
Validate manual baseline; agree PR normalization; review NECTYR holds and completion; align ESG water and carbon on one assumption set; budget spares and training through year five.
Operations FAQ
How are cycles scheduled?
NECTYR weather-aware block timers on automatic rows plus NYUMA weekly plans on portable zones—not a daily wash of the full plant.
What should lenders review?
Water statistics, NECTYR hold logs, training records, and GWh stress tests at 50% and 75% attribution.
Operations evidence summary
Owners should validate reported water, generation, and carbon statistics with local SCADA and tariffs; pair this 0.1 MW case study with performance methodology, the projects hub, and the ROI calculator. Scheduled cycles and weather-aware holds—not plant-wide daily washing—define Taypro utility programmes.
Compare Soyegaon, Chhayan, and tier-1 peers before copying robot density. Block-level proof—NECTYR exports—belongs in lender packs alongside 14 thousand litres and 3.8 MWh stress tests at fifty and seventy-five percent attribution.
Conclusion
Hirasar demonstrates 0.1 MW robotic cleaning with reported 14 thousand litres water saved, 0.0038 GWh, and 2 tCO₂e—validated locally. Use peer links when building procurement packs.
