PEAK « Alteso

What

DIGITAL COCKPIT

Used for iterative

machine learning

PEAK IS REMOTE IN-DEPTH, ADVANCED DATA ANALYSIS, PROVIDING VISUALIZED INSIGHTS AND ACTIONS

PEAK UPGRADE (FOR PLANTS NEW TO PEAK)

Enhancement of plant data through collection, cleansing, calibration & verification of crucial information in order to set the right foundation for PEAK analysis.

Initial assessment and mapping of asset, design, infrastructure, equipment etc.
Creation of Physical Data Link via API or direct monitoring access
Collection, cleansing, filtering & filling of data
Correction of data-related issues
Assessment of monitoring system results vs PEAK via confirmation of equipment capacities
Initial assessment of results and identification of main problematic areas

PEAK CORE

Essentials for continuous support and overview at portfolio and plant level, clear actionable insights and recommendations, and added-value deep data analytic tools for capitalizing on data insights.

Plant Level KPIs & Results (incl. Portfolio Level Overview)

Avg. Plant Availability & Performance Ratio
Data availability, quality & reliability of sensor data
Automatic data cleansing + data loss evaluation
Weather Corrected simulated (specific) electricity generation
Actual (specific) electricity generation: meter & calculated bottom up
Specific tracker losses (if applicable)

COCKPIT Plant Level Analytics

Performance Map: Inverter, Combiner, String Level
Loss Overview Map: Inverter, Combiner, String Level
Inverter Efficiency Losses: AC/DC Ratio & Efficiency Curve
Plant Browser: Design view + timeline browsing
Digital Twin: Plant simulation
Watchdog findings with potential causes & action items for efficient O&M work

PEAK SELECTIVE

Unique analytic solutions based on the plant’s or client’s needs, customized on a per plant subscription-based model.

DUST & SOILING

Detection & quantification of losses due to dust & soiling
Visualization & analysis via Soiling Performance Map
Development of soiling mitigation strategy via soiling watchdog alarms
Clean WHEN & WHERE needed

DEGRADATION & WEAR OUT

Detection & quantification of premature & accelerated module degradation
Visualization & analysis via Inverter / String Performance Map Filtered & Filtered Levelized
Long-term tracking of module degradation rate via watchdog alarms
Development of replacement strategy

ENERGY FORECASTING

Short term weather / energy forecasting
Revenue optimized results

VEGETATION & SHADOWING

Detection & quantification of losses due to vegetation & shadowing
Visualization & analysis via Shadowing Performance Map
Development of grass cutting mitigation strategy via watchdog alarms
Cut WHEN & WHERE needed

CONSTRUCTION & DESIGN MISTAKES

One-time analysis for permanent benefit
Detection & quantification of: Inverter cut-off losses (peak shaving), wiring dimensions, string rewiring & seasonal tilting
Recommendations & cost/benefit for one-time improvement measures

SPARE PART MANAGEMENT

Inventory oversight of modules, pyranometers & spare parts for near future needs
Active & cost-effective management
Predictive maintenance of spare part optimization

In-depth, clear, flexible and autonomous – WHAT are you waiting for?

Who

OWNER / ASSET MANAGER

O&M SERVICE PROVIDER

PV ASSET OWNERS / MANAGERS AND O&M PROVIDERS CURRENTLY MISSING OUT ON A WEALTH OF ASSET MAXIMIZATION OPPORTUNITIES

Large, heterogeneous portfolios spanning disparate geographies and monitored by numerous providers could be capitalizing on advanced and fully automated data insights.

Keep up with the competition, keep up with our current clients – WHO is still missing out?

PEAK IS IN USE IN 18 COUNTRIES AND FOR MORE THAN 2 GW

How

AUTONOMOUS PV PLANT ANALYTICS PLATFORM USING PROPRIETARY ALGORITHMS INCLUDING MACHINE LEARNING FOR EXPLORING BIG DATA

Data is automatically collected on a daily basis, using either an API connection or web monitoring system access.

The analysis can be accessed via the interactive web-based cockpit or integrated into the reporting and ticketing system of the CMAMS.

No hardware or software installations are necessary.

Easy and efficient – HOW many more reasons do you need to get started?

GUARANTEED TIME AND COST REDUCTION THROUGH PEAK PRESCRIPTIVE ANALYTICS

Why

Maximize PV Plant Potential

Hidden problematic areas of a PV asset identified and pinpointed

Performance Optimization

Concrete actions for performance optimization

Lower Costs

Strategies for reducing operational & maintenance costs

WHY not – benefit from PEAK whatever phase in the PV cycle and ensure asset value maximization!