Solar Module Deep Tech,
Global Presence
Plants Deployed
Generation Capacity
Managed Panels
PROBLEM
Plants keep growing,
OUR MISSION
With growing data, we advance AI,
Energy Gains
Digital O&M
Panel RSD
5~15% Gains
Affordable Cost
RSD Control
Related Headlines
PROBLEM
Plants keep growing,
OUR MISSION
With growing data, we advance AI,
Yield Loss
Energy Gains (5~15%)
High O&M Costs
Affordable O&M Costs
Rising Fire Risk
Panel-Level RSD
Related Headlines
8SERVICES
Find hidden problems at the panel level,
and recover lost revenue.
MLPE
Panel Monitoring
Plant O&M
Conalog Digital O&M Solution Introduction
Conalog Digital O&M Solution
MLPE
Panel Monitoring
Plant O&M
MLPE Purchase
Highlights
Recommended for
Subscription O&M
Highlights
Recommended for
Innovation Procurement
Highlights
Recommended for
TEAM CONALOG
Top experts from every field, united —
redefining renewable energy.
Hardware
Software
AI
Service
“The more plant data we collect, the more powerful our AI Product becomes. Contributing to renewable energy through AI!”
WY Kim
·AI Product Owner
JOIN US
Ready for Action?
Vision
2030
Cumulative 5GW+ Module-level Digital O&M
2028
4,000+ Sites · 3GW+ · 1,000,000+ Panels
2026
800+ Sites · 150MW+ · 150,000+ Panels
History
2026
Solarlog Brand Launch · Expansion to 5 Countries
2025
Series A Funding · 400+ plants
2024
Pre-A Funding · K-water contract
2023
Gov. innovation product · Bridge Funding
2022
K-water · KOEN
2021
Seed funding
2018
TIPS R&D · First Penguin
2017
Founded · SNU Grand Prize
Hardware
In-house MLPE Design · Made in Korea
Mechanical · Circuit · Firmware · Field Eng.
Software
Panel-Level Real-Time Data Collection & Control
Infra · Backend · Frontend
AI
Anomaly Detection · Power Optimization · AI Diagnosis
LLM · ML/DL · Anomaly Detection
Service
Customer-Facing Service · Insight Content
Design · Planning/UX
“The more plant data we collect, the more powerful our AI Product becomes. Contributing to renewable energy through AI!”
WY Kim, AI Product Owner
JOIN US
Ready for Action?
Looking for people to pioneer the energy market.
History
Vision
Cumulative 5GW+ Module-level Digital O&M
4,000+ Sites · 3GW+ · 1,000,000+ Panels
800+ Sites · 150MW+ · 150,000+ Panels
CONTACT US
Including Solar EPC, plant owners, asset managers,
we welcome all inquiries.
Solar plant EPC contractors, plant owners, O&M companies and asset managers, public institutions interested in renewable energy — we always welcome your inquiries.
FAQ
MLPE (Module-Level Power Electronics) is a device attached to each solar panel for real-time monitoring, power optimization, and emergency shutdown (RSD). Conalog is Korea's #1 MLPE manufacturer.
RSD cuts each panel's voltage to 0V within 30 seconds during emergencies. Mandatory in the US (NEC2023) and planned for Korea. Conalog's MLPE includes built-in RSD with zero fire incidents.
Results vary by plant conditions, but on average 8%+ generation improvement after MLPE deployment. In heavy-shading environments, up to 15% improvement is achievable. AI-based repowering (cable replacement, rewiring, module repositioning, etc.) can further recover lost generation.
Yes. MLPE can be retrofitted to existing plants without replacing inverters, adding monitoring, RSD, and generation improvement capabilities.
With panel-level remote diagnostics, we have detected and resolved over 500 risks per year without site visits. O&M costs are reduced by approximately 50%, and AI diagnostic costs are 95% cheaper than conventional on-site inspection.
Yes. Conalog's MLPE solution is certified as a Government Innovation Product, enabling direct contracts with public institutions. RSD-based fire safety also strengthens EPC contractors' competitiveness in public tenders.
Solarlog offers three tiers: Starter (diagnosis), Standard (management), and Advanced (guarantee). Starter provides module diagnostic reports, Standard adds full-care O&M and issue resolution, and Advanced includes generation guarantee.
A solar power optimizer performs panel-level maximum power point tracking (MPPT) to minimize generation losses caused by shading, contamination, and aging. Results vary by plant conditions, but on average 8%+ generation improvement has been achieved, with up to 15% in heavy-shading environments.
