Operators managing gas turbines, solar arrays, and battery storage under one roof are running three fundamentally different maintenance disciplines — and when those disciplines live in separate spreadsheets, silos, or disconnected systems, the result is missed PM windows, reactive repairs, and availability gaps that cost real megawatt-hours. Consolidate your hybrid plant's gas, solar, and storage maintenance into Oxmaint — free trial, no credit card, live in under 60 minutes.
Multi-Asset Dashboard · Unified Fleet View · Renewable Energy
Hybrid Power Plant Maintenance Software for Gas, Solar & Storage
One plant. Three asset types. Zero tolerance for uncoordinated maintenance. Oxmaint gives hybrid power operators a single platform to track work orders, schedule PMs, and monitor asset health across gas turbines, PV arrays, and BESS — all in real time.
74 GW
Energy storage expected to be installed globally between 2024–2028
3x
More asset types to maintain in a hybrid plant vs. single-source generation
35%
Downtime reduction reported by plants using unified CMMS tracking
25%
Lower maintenance spend when planned maintenance replaces reactive repairs
The Core Problem
Three Technologies. One Site. But Why Are You Managing Them in Three Different Systems?
Hybrid power plants were designed to be more resilient than single-source plants — but their O&M infrastructure rarely reflects that ambition. Most hybrid operators are stitching together gas turbine logbooks, solar monitoring dashboards, and battery management portals that don't speak to each other. The result is a coordination gap that shows up as delayed work orders, missed PM intervals, and asset failures that could have been caught.
Gas Turbines
High-cycle rotating equipment with strict OEM PM intervals
Combustion inspections, hot section borescopes, fuel system checks
Safety and emissions compliance documentation required
Parts lead times of 6–16 weeks for critical spares
Solar PV Arrays
Panel degradation, soiling, and hotspot detection at scale
Inverter and tracker maintenance across hundreds of units
String-level fault isolation requires granular monitoring data
Weather-dependent generation impacts PM scheduling windows
Battery Storage (BESS)
Thermal management and cell degradation tracking over time
State of health (SoH) monitoring tied to warranty and grid compliance
Firmware updates, balancing, and BMS diagnostics on schedule
NFPA 855 and IEC safety standards require digital audit trails
Your Hybrid Plant Deserves a Unified Maintenance Platform
Oxmaint brings gas, solar, and battery asset maintenance into one dashboard — shared work order queue, unified asset registry, cross-system PM scheduling, and real-time compliance documentation. No integrations to stitch together. No data silos.
Platform Capabilities
What Oxmaint Does Differently for Hybrid Plant O&M Teams
Unified Fleet View
One Dashboard Across All Asset Types
Gas turbines, PV inverters, trackers, BESS racks, and BOS equipment all visible in a single asset hierarchy. Every asset carries its own maintenance history, condition score, and upcoming PM schedule — regardless of technology type.
Cross-Asset PM
Coordinated Preventive Maintenance Scheduling
Align gas turbine outage windows with solar array cleaning cycles and BESS firmware update schedules. Oxmaint's cross-asset PM calendar prevents maintenance conflicts that can reduce net plant output during coordinated shutdowns.
Condition Scoring
Asset Health Scores Across Technologies
Each asset carries a condition score updated from inspection data, sensor readings, and work order history. Gas turbine hot section health, PV string degradation, and BESS state of health — all tracked on the same scoring framework.
Work Orders
Shared Work Order Queue for All Technicians
Mechanical, electrical, and civil maintenance teams work from one shared queue. Work orders auto-route to the correct specialist by asset type and skill tag. Priority ranking accounts for generation impact, not just asset category.
Compliance
Audit-Ready Documentation for All Regulatory Regimes
Gas emission compliance logs, solar PPA performance documentation, and BESS safety inspection records (NFPA 855, IEC standards) all generated automatically from completed work orders — one-click export, no manual binder preparation.
Mobile
Offline-Capable Field App for Remote Sites
Hybrid plants are often in remote locations with limited connectivity. Oxmaint's mobile app works fully offline — technicians log work orders, capture photos, and complete inspections in the field. Data syncs automatically on reconnect.
Asset-by-Asset Breakdown
How Oxmaint Handles Maintenance Across Each Technology in Your Hybrid Plant
| Asset Type | Key Maintenance Tasks Tracked | PM Trigger Basis | Compliance Output | Oxmaint Advantage |
|---|---|---|---|---|
| Gas Turbine | Combustion inspection, borescope, fuel system, lube oil, filter replacement | Fired hours, starts, OEM intervals | Emissions records, NERC reliability reporting | Fired-hour-based PM triggers, full repair history per unit |
| Solar PV Arrays | Panel cleaning, thermal imaging, tracker calibration, inverter servicing | Soiling index, generation variance, calendar | PPA performance logs, insurance inspection records | String-level asset registry, weather-aware PM scheduling |
| BESS (Battery Storage) | Thermal management, cell balancing, BMS diagnostics, firmware updates | State of health, cycle count, temperature thresholds | NFPA 855, IEC safety audit trails, warranty documentation | SoH trend tracking, digital safety inspection records |
| HV Switchgear & Transformers | Insulation resistance testing, oil sampling, breaker testing, thermal imaging | Calendar intervals, test results, age-condition score | Utility interconnection compliance, safety inspection logs | Condition-scored assets with multi-year replacement forecasting |
| BOS & Civil Infrastructure | Foundation inspection, cable tray checks, drainage, fencing, access roads | Calendar intervals, weather events, visual inspection | Periodic inspection records, insurance requirements | Digital inspection forms with photo evidence and timestamps |
Real Operations Scenario
A Day in the Life — Hybrid Plant O&M Without Oxmaint vs. With Oxmaint
Without a Unified CMMS
7:00 AM
Shift handover requires collecting updates from three separate systems — gas logbook, solar monitoring portal, and BESS BMS dashboard. Takes 45 minutes. Some data is already hours stale.
9:30 AM
Technician discovers an inverter fault logged in the solar monitoring system. The corresponding corrective work order hasn't been created yet. Delay in dispatch while the maintenance coordinator is tracked down.
2:00 PM
Gas turbine PM window falls on the same day as a scheduled BESS firmware update — nobody coordinated the two. Both jobs compete for the same electricians. One gets pushed to next week.
4:30 PM
Compliance report due for the monthly PPA review. Maintenance coordinator spends 3 hours manually compiling records from three systems. Two work order entries are missing timestamps.
With Oxmaint
7:00 AM
Shift handover opens Oxmaint dashboard — one view shows all open work orders, today's PM schedule, and any overnight alerts across gas, solar, and BESS assets. Handover complete in 8 minutes.
9:30 AM
Inverter fault triggers an automatic work order the moment the anomaly is detected. The right technician is already notified and dispatched — no coordinator required, no dispatch delay.
2:00 PM
The cross-asset PM calendar flagged the scheduling conflict two weeks ago. The BESS firmware update was moved to Tuesday. Both jobs run with the right crews, no resource competition, no deferrals.
4:30 PM
PPA compliance report exported in 4 minutes. All work orders carry complete timestamps, technician signatures, and photo evidence. The report is accurate, audit-ready, and already in the client's inbox.
Common Questions
What Hybrid Plant Teams Ask Before Getting Started
Can Oxmaint handle the completely different maintenance logic for gas turbines vs. solar vs. BESS?
Yes — and this is exactly what Oxmaint is designed for. Gas assets use fired-hour and start-count triggers. Solar assets use calendar, soiling index, and generation variance triggers. BESS assets use cycle count, state of health thresholds, and temperature alerts. Each asset type has its own PM trigger logic inside the same platform — no forced standardization that doesn't fit the technology. Book a demo to see how multi-trigger PM scheduling works across your specific asset mix.
Does Oxmaint integrate with our existing solar monitoring and BESS BMS systems?
Oxmaint connects to existing solar monitoring platforms, SCADA systems, BMS portals, and gas turbine control systems via standard APIs. Fault signals and performance anomalies automatically generate work orders in Oxmaint — no manual transfer, no data lag between detection and dispatch. Start a free trial and see the integration setup — no IT project required, no long onboarding.
How does Oxmaint help with BESS safety compliance under NFPA 855 and IEC standards?
Every BESS inspection completed in Oxmaint generates a timestamped digital record with technician signatures and photo attachments. Safety checks, thermal imaging results, and emergency system tests are stored against the asset record permanently — one-click export for NFPA 855, IEC, and insurer audits at any time. Book a demo to review BESS compliance documentation output with our team.
We operate across multiple hybrid plant sites. Can Oxmaint manage the full portfolio?
Oxmaint is built for multi-site portfolio management. Each site has its own asset registry and maintenance data, while portfolio managers see a consolidated dashboard across all properties in real time — no weekly status calls, no fragmented reporting. Asset performance comparisons across sites surface your best-performing plant configurations automatically. Start free and add sites as your portfolio grows — no per-site implementation fees.
How quickly can a hybrid plant team get Oxmaint operational?
Most hybrid plant teams have their core asset registry built and their first work orders live within 60 minutes of signing up. The platform requires no specialized IT infrastructure, no lengthy implementation cycles, and no hardware changes at your site. You can begin capturing maintenance data from your first shift. Start free now — your first asset can be logged in under 10 minutes.
Full Platform · Hybrid Energy O&M · Free to Start
Your Hybrid Plant Is More Complex Than Single-Source Generation. Your Maintenance Software Should Be Too.
Oxmaint unifies gas, solar, and battery storage maintenance into one platform — asset registry, PM scheduling, work order management, compliance documentation, and portfolio dashboards. Built for the operational complexity of hybrid power. Deployable this week.
