Projects
Partners
Technologies
How we work
Projects
Partners
Technologies
How we work
Health Science
& Bio Informatics
CosMXDA
Cloud platform for single-cell spatial data analysis
DSPDA
Spatial profiling analysis for high-resolution microscopy data
PDX & NGX Portal
LIMS for large-scale PDX and NGX data analysis
REDDA
Tool for research data annotation and workflow automation
RDC
Centralized research data hub for integration and collaboration at BMS
EuropaDX
Flexible SaaS platform for research data and advanced analytics
Solar energy
Energy Assurance Toolkit
System for solar system maintenance and performance monitoring
GPP
Automated proposal generation for solar energy projects
PV Fast
AutoCAD add-on for fast, accurate solar system design
PV Sim
Solar system performance simulation and optimization tool
SMS
Real-time component-level monitoring for solar energy systems
Transportation
& Logistics
AED Portal
Automated document registration and compliance for rail transport
Baltic Lines
Nationwide platform for managing intercity and international coach transport
BusTicketPro
Cloud-based ticketing system for coach operators and terminals
BUKS System
Nationwide railway ticketing system for unified access and sales
BusEurope
Pan-European coach ticketing and booking integration platform
TOKS
Online system for managing terminal operations and ticket sales for TOKS
Transcontainer Portal
Digital platform for container transport documentation and management
Other Projects
ADV
Warehouse management system for efficient, customs-compliant logistics
AWO
Online platform for streamlined multi-partner supplier collaboration
EDI
Integrated EDI platform for streamlined document exchange in logistics and trade
Nivis
Integrated platform for efficient real estate and tenant management
The Wall
Core banking system for customer, transaction, and financial management
PVSim - Solar Energy System Simulation Tool

PVSim is a software tool developed for SunPower Corporation to simulate the performance of various components within solar energy systems. It predicts power output and assesses the operational capacity of individual elements and the entire system, aiding engineers and designers in optimizing configurations before implementation.

Key Features
Performance Simulation
Models the behavior of solar energy system components under different conditions to forecast energy production.
Component Analysis
Evaluates the functionality and efficiency of individual system elements, such as panels and inverters.
System Assessment
Provides insights into overall system performance, helping identify potential issues and areas for improvement.
Application
Design Optimization
Assists in refining system designs to achieve desired performance outcomes.
Feasibility Studies
Supports the evaluation of proposed solar installations by predicting energy yield and system behavior.
Troubleshooting
Helps diagnose performance issues by simulating various scenarios and component interactions.
ImpactBy utilizing PVSim, designers and engineers can make informed decisions, leading to more efficient and reliable solar energy systems. The tool enhances the planning process, reduces the likelihood of costly errors, and contributes to the advancement of solar technology.

PVSim serves as a valuable resource in the development and optimization of solar energy solutions, promoting effective design and implementation strategies.