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IPTV et Divertissement Digital : Le Guide Ultime pour Transformer Votre Streaming Le divertissement numér...
Read article →Research, engineering and education for the clean energy transition. We design solar farms, wind integration, battery storage and smart microgrids — from feasibility study to commissioning and training.
01 — Who we are / About CCEKS
CCEKS stands for Clean Energy Knowledge Systems. We turn complex energy science into bankable projects and practical skills.
Founded by power-systems engineers and university researchers, cceks.com operates as an applied R&D hub + engineering bureau + academy. We run our own test polygon with PV strings, 120 kWh LiFePO4 storage, EMS and digital twin.
02 — What we do
Six integrated practices covering electrons, economics and education.

Rooftop 50 kW to ground-mount 50 MW. Shading analysis, bifacial yield modeling, structural checks, grid connection. Typical payback 3.8–5.2 years.

LiDAR wind measurement, hybrid solar+wind+storage sizing, curtailment strategy, PPA structuring. Capacity factor uplift up to 31%.

LiFePO4 & flow batteries 30 kWh–20 MWh, EMS, islanding, black-start, EV charging integration. Peak-shaving saves 18–42% on demand charges.
Thermal imaging, load profiling, compressed air, HVAC optimization. We find 12–27% hidden savings in 9 of 10 factories. Certified reports for subsidies.
Real-time monitoring, AI yield forecasting with 96.4% accuracy, predictive maintenance, automated ESG & carbon reporting dashboards.
Hands-on courses: PV designer, storage installer, energy manager. On-site labs, certification, corporate upskilling for utilities and EPCs.
03 — Proof / Selected projects
4.2 MW • Logistics Hub18,000 m² rooftop, 7,800 bifacial modules, EMS peak-shaving. Self-consumption 91%, CO₂ −3,100 t/year.
12 MW • HybridAgro-processing plant now runs 68% off-grid. Diesel use −82%. Payback 4.1 years with green tariff.
Campus • 1.8 MWSmart campus with 1.8 MW PV, V2G chargers, student dashboard. Used for 12 thesis projects per year.
Our ML model trained on 5 years of irradiance + SCADA data outperforms standard TMY models by 11%.
Cumulative abatement across CCEKS portfolio — equivalent to planting 8.4M trees.
04 — How we work
Transparent, fixed-price milestones. You see yield, cost and risk before you spend big.
Free audit call + 12-month bills analysis + satellite pre-assessment in 48h. Go / no-go with numbers.
On-site LiDAR, thermography, PVsyst/HOMER simulation, CAPEX/OPEX, LCOE, 25-year cashflow.
Permitting, tendering, construction supervision, storage + EMS + SCADA integration.
Monitoring, O&M, performance guarantee, staff training and ISO 50001 certification.
05 — Insights / Newsroom
Guides, market analysis and project notes. Click any story to read the full article.
IPTV et Divertissement Digital : Le Guide Ultime pour Transformer Votre Streaming Le divertissement numér...
Read article →One email: prices on PV & batteries, regulation updates, new case studies. No spam.
06 — FAQ
Typically 3.5–5.5 years depending on tariff, self-consumption and storage. With peak-shaving and 30% self-consumption uplift, our clients average 4.2 years. We provide bank-grade financial model before contract.
Yes. We do repowering, O&M takeover, storage retrofits and SCADA upgrades. First we run a health-check: IV-curve tracing, thermography, inverter logs — then propose fixes ranked by ROI.
No. CCEKS is vendor-neutral. We test Tier-1 modules and inverters in our lab and pick by degradation, warranty terms and LCOE for your climate zone.
Absolutely. Grid connection, EIA screening, building permits, green tariffs and EU / national grant applications are included in EPC+ packages.
Yes — CCEKS Academy offers on-site training for operators, safety for battery rooms, and ISO 50001 energy manager certification with practical labs.
We design remotely worldwide and build with certified partners across Europe and North America. On-site audits available within 7 days.
07 — Contact
Send bills or roof address — get free pre-feasibility in 48 hours.

No commitment. NDA on request.