Maximise real power export
Our tools identify losses across entire portfolios and provide tailored solutions, focusing on reactive power issues. Our grid modelling identifies these challenges early in the design stage and recommends necessary changes.
What We Do:
- Diagnoses control system inefficiencies and resolves them through site-specific power flow modelling - determining ideal equipment setpoints and for peak performance.
- Advanced algorithms to optimise site design, equipment sizing and layout
- Analyse entire portfolios to identify, quantify and solve for many complex power issues.
How It Works
Our advanced platform optimizes equipment selection and performance for both new and existing solar installations.
For New Solar Installations
We use power factor grid modeling to predict performance at the point of connection and optimize equipment before construction.
1. Grid Modeling
Understand grid conditions at the point of connection to optimize equipment sizing, tap settings, and reactive power production.
2. Site Analysis
Analyze power flow simulations to identify potential reactive power issues and quantify their impact on real power output and equipment efficiency.
3. Equipment and Layout
Optimize equipment selection, sizing, and layout to maximize real power export while ensuring compliance with grid requirements and minimizing costs.
Key Features
Our platform identifies inefficiencies in solar site design and control regimes, focusing on reactive power requirements that are typically overlooked in the pre-build phase.
Advanced Simulation
Identify and simulate reactive power requirements that are typically overlooked during pre-build planning.
Intelligent Optimization
Ensure adequate and sensible equipment sizing and system design to address reactive power inefficiencies, rather than focusing solely on individual equipment efficiency.
Portfolio Assessment
Rapidly assess entire portfolios to identify sites suffering from unaccounted reactive power issues and implement targeted solutions.
Case Studies
Discover how DolivoGen has helped solar developers and asset managers optimize their installations through precise equipment sizing and performance enhancement.
Desert Sun Solar Farm
50MW Installation
Achieved 15% increase in real power output through adequate equipment sizing and sensible system design, not by increasing individual equipment efficiency.
Mountain View Array
25MW Installation
Reduced equipment losses by 20% through advanced simulation and optimization recommendations.
Coastal Energy Project
75MW Installation
Optimized transformer sizing resulting in $2M savings in equipment costs.
Financial Planning
Make informed decisions with our comprehensive financial analysis tools.
Total Investment
Equipment + Infrastructure
Annual Revenue Increase
Additional revenue per year
Payback Period
Time to recover investment
ROI
Annual return on investment
Equipment Recommendations
Suggested upgrades to optimize your solar farm performance
Infrastructure Costs
Additional costs required for implementation
Investment Timeline
Projected return on investment over time
Get in Touch
Ready to optimize your solar farm? Contact us for a demo or more information.