CABPro + LoLP. One CAS-hosted SaaS, two engines.
Subscribe and sign in. CAS hosts and runs the platform. CABPro turns a GPS geofence into a site-feasible renewable mix; LoLP runs Monte Carlo adequacy on that mix and returns a bankable LCOE / LCOC / EENS pack. Same workspace, same data, end-to-end.
Geofence → site-feasible mix → reliability-graded design → bankability pack.
The two engines share one project record, one dataset and one audit trail. There is no hand-off, no spreadsheet bridge, no double entry.
GeoJSON / KML / SHP. Exclusion zones, biodiversity, hydrology, grid layers loaded.
Site-feasible capacity by tech, with dynamic K(t) pricing scarcity in.
Monte Carlo adequacy on the candidate mix — sizes storage, scores reliability.
LCOE · LCOC · LOLE · EENS × VOLL · carbon ledger. Audit-trail co-signed by CAS.
Two engines. One subscription.
Upload a GPS boundary. CABPro pulls 10–30 years of resource, hydrology, biodiversity and land-cover data, applies exclusion zones, and returns the renewable mix the site can responsibly support — with the dynamic K(t) cost factor pricing scarcity in.
- ·Site-first capacity, not a target-MW spreadsheet
- ·Biodiversity, social and ground-truth layers baked in
- ·Dynamic K(t) penalises scarce / future-constrained resources
- ·Fossil fuel allowed only as a residual gap-filler
Take any candidate mix — from CABPro or your own — and run Monte Carlo adequacy across 5,000 simulated years. LoLP sizes storage, dispatches under uncertainty, and produces the LCOE / LCOC / EENS × VOLL pack lenders and regulators sign off.
- ·LoLP / LOLE / EENS / ELCC as hard design constraints
- ·Multi-objective: cost · carbon · reliability
- ·Reliability-aware storage dispatch
- ·Bankability pack for lenders, PUCs and ministries
The site-feasible, reliability-constrained loop.
1. Load project boundary B 2. Fetch resource datasets R (10–30 yrs) 3. Fetch environmental & land-use constraints C 4. Compute gross technical potential P_gross by tech ─┐ 5. Apply exclusion / constraint factors → P_net │ CABPro 6. Apply dynamic K(t) — price scarcity in ─┘ 7. Run Monte Carlo LoLP / LOLE / EENS on candidate mix ─┐ 8. Reliability-constrained dispatch & storage sizing │ LoLP 9. Multi-objective optimise: cost · carbon · reliability ─┘ 10. Emit bankability pack + immutable audit trail
costi(t) = pricei · (1 + Ki(availnow, availfuture))
LoLP(t) = P( L(t) > Σ Gi(t) + S(t) ) ≤ ε
CABPro's K conserves renewable abundance early; LoLP's ε guarantees the resulting mix is utility-grade adequate. Together they replace the 100 MW spreadsheet with a site-honest, reliability-honest design.
Wijesooriya, P.D. — peer-reviewed, U.S. Energy Engineering / ProQuest. Tested on real Sri Lanka & UK power scenarios.
Sri Lanka LTGEP-aligned hybrid · 30 MW
- · CABPro returned: 18 MW solar PV + 8 MW biomass on a 14 km² geofence
- · LoLP sized: 8 MWh / 4 MW BESS, then re-sized to 20 MWh
- · Demand: peaking 22 MW, baseload 9 MW
- · Monte Carlo: 5,000 simulated years
The same 30 MW hybrid moves from marginal adequacy to utility-grade reliability by re-sizing storage instead of adding firm fossil capacity — quantified, defensible, bankable.
- · LoLP / LOLE / EENS report
- · LCOE · LCOC · NPV · IRR
- · Carbon ledger (gross, captured, net)
- · Bankability pack (EENS × VOLL)
Built for the whole planning conversation.
| Role | Permissions | Typical use |
|---|---|---|
| Project Developer | Create projects, upload site data, run scenarios, export reports | Pre-feasibility & investment screening |
| Engineer / Consultant | Advanced modelling, assumptions, optimisation settings, sign-off | Technical feasibility & design advisory |
| Utility / Regulator | Portfolio comparison, LTGEP scenarios, adequacy thresholds | Planning & approval review |
| Academic / Student | Educational datasets, transparent equations, limited project runs | Teaching & research |
| Ground-Truth Surveyor | Upload field observations, images, met-mast, biodiversity records | Data verification |
| Admin | User management, data connectors, pricing, audit logs | Platform operations |
Between HOMER and PLEXOS — with what neither offers.
Stronger reliability logic — true Monte Carlo LoLP / LOLE / EENS rather than deterministic dispatch heuristics.
A fraction of the complexity and cost, with site-derived inputs and a carbon ledger built in.
Carbon × reliability integration — the only platform pricing scarcity (K(t)) and adequacy (ε) in one optimisation.
CAS-hosted SaaS. Three licences, one platform.
Operated by Carbon Advisory Services Ltd on managed cloud infrastructure. Nothing to deploy, no servers to maintain, no data pipelines to build. Pick a licence, invite your seats, and start designing — your CAS workspace is provisioned within one business day.
- ·Both engines (CABPro + LoLP)
- ·Full LoLP simulation depth
- ·Mandatory citation of CAS / Wijesooriya, P.D.
- ·Non-commercial use clause
- ·Drives global adoption & peer review
- ·Multi-objective optimisation (cost · carbon · reliability)
- ·Carbon monetisation & dynamic K(t)
- ·Exportable PDF / Word / Excel / GIS reports
- ·Branded bankability outputs
- ·Email + in-app support
- ·Policy & LTGEP scenario templates
- ·Batch simulations across portfolios
- ·REST API access for integration
- ·Private data connectors (SCADA · OPC-UA · IEC 61850)
- ·Sovereign data residency on request
- ·Named CAS engineer + audit pack co-sign
Prices in USD. Volume, academic and multilateral discounts available. All licences include hosting, security patching, dataset refreshes and platform updates by CAS.
Optional services delivered by the CAS team.
Pay-as-you-go simulation hours on CAS-hosted infrastructure. Ideal for spiky workloads or third-party platforms embedding LoLP.
CAS field team mobilised to validate met-mast, biomass and biodiversity layers.
CAS engineer co-signs the LCOE / LOLE / EENS pack for lender or PUC review.
Live workshops for developers, engineers, utilities and academic cohorts.
You design projects. We run the platform.
Multi-region cloud, 99.9% uptime SLA, encrypted at rest and in transit, daily backups.
Reanalysis, satellite, hydrology, land-cover and biodiversity layers refreshed on a managed cadence by CAS.
Dynamic K(t), LoLP and dispatch models maintained and versioned. New releases shipped quarterly.
ISO-aligned controls, RBAC, SSO (Enterprise), audit logs, sovereign data residency on request.
In-app chat, email, and named CAS engineer for Enterprise tenants. Onboarding workshop included.
Tenant provisioned in 1 business day. Sample sites and templates pre-loaded so your team runs a scenario on day one.
Submit a CABPro+LoLP scenario for CAS review
Save your scenario brief to your workspace. A CAS engineer will review the geofence, candidate mix and reliability targets and come back with next steps.
Sign in to submit a scenario brief to the CAS team. Your scenarios appear in your workspace and reviewers can pick them up directly.
One platform. Site-feasible. Reliability-honest. Bankable.
Academic licences from USD 0. Professional from USD 1,500/year. Utility & institutional from USD 8,000/year. Cloud / API metered at USD 0.05–0.20 per simulation-hour. Talk to CAS about pilots, bankability sign-off and sovereign deployments.