Kalahari Grid Energy — Development Pipeline & Operations Plan
The project development pipeline, the technology mix across solar, wind and storage, the construction programme and the operations-and-maintenance plan underpinning Kalahari Grid.
Section 5 · Business Plan
Development Pipeline & Operations Plan
The project development pipeline, the technology mix across solar, wind and storage, the construction programme and the operations-and-maintenance plan underpinning Kalahari Grid.
5.1 Phased build-out
| Phase | Period | Capacity | Focus |
|---|---|---|---|
| Phase 1 | 2026–2028 | 1.5 GW (900 MW solar, 500 MW wind, 100 MW BESS) | REIPPPP bid windows + early corporate PPAs; grid-secured corridors |
| Phase 2 | 2028–2030 | 2.0 GW | Free State, Northern Cape, Eastern Cape; grid-corridor optimisation; large mining offtakers |
| Phase 3 | 2030–2032 | 1.5 GW | Regional expansion (Zambia, Namibia, Botswana); hybrid solar + storage + wheeling |
The phasing is deliberately grid-led rather than capacity-led: each
tranche advances only where grid capacity, a creditworthy offtaker and
financial close align. This sequencing — proven by the leading South
African IPPs — protects against deploying capital ahead of grid access,
the failure mode that has stranded wind capacity across the market.
Capacity reaches commercial operation with a roughly two-year lag behind
capital commitment, producing the revenue ramp modelled in Section
7.
5.2 Anchor projects
| Anchor project | Configuration | Offtake / notes |
|---|---|---|
| Kalahari Solar Cluster (Northern Cape) | 350 MW solar PV, 250 MW export capacity | 20-year PPA; ~780 GWh/yr; grid-corridor anchor |
| Limpopo Wind Corridor | 400 MW wind | Grid-connected via Eskom transmission upgrades; evening-weighted profile |
| Copperbelt BESS Hub (Zambia) | 100 MW / 400 MWh battery | Peak-shaving for mining loads; regional expansion beachhead |
The anchor projects illustrate the portfolio logic: a large solar
cluster establishing grid-corridor control in the Northern Cape; a wind
corridor providing profile diversification and demonstrating
transmission-linked development; and a mining-linked BESS hub proving
the regional and storage-services strategy. Each is a template the
Company intends to replicate across the phases.
5.3 Capital deployment schedule
Construction capital deploys ahead of commercial operation and
therefore ahead of revenue, producing the characteristic infrastructure
J-curve: heavy cash outflow in 2026–2030 as projects are built, with
operating cash flow only overtaking as each tranche energises. This
timing — not project economics per se — drives the equity funding
profile and the holdco’s peak funding requirement, and is why
construction-phase bridge financing and disciplined financial-close
sequencing are central to the plan.
5.4 Grid-corridor strategy — the critical enabler
Because grid capacity is the binding constraint, the Company’s
development strategy is organised around it. Three elements define the
approach: early grid applications and budget-quote/cost-estimate-letter
submissions to NTCSA well ahead of bid windows, to secure connection
capacity before competitors; geographic diversification away from the
saturated Northern Cape solar corridor toward Free State, Limpopo and
other provinces where transmission headroom exists — the same shift now
visible across the market’s award data; and participation in the
Independent Transmission Projects programme and self-build transmission
where economic, converting the grid constraint into a development
opportunity.
- Grid-first site selection. Sites are chosen for
connection availability and evacuation capacity first, resource quality
second — the inversion that the market’s own award geography now
reflects. - Storage to unlock capacity. Co-located BESS
firms output and eases curtailment, aligning with the 4-hour-storage
mandate on 40% of Bid Window 8 capacity and improving grid-access
prospects. - Wheeling as an alternative evacuation path.
Where transmission is constrained, wheeling to off-site corporate
offtakers via existing networks provides a route to market that does not
depend on new REIPPPP grid allocation.
5.5 Development and construction delivery
Each project moves through a disciplined stage-gate: origination
(land, resource, grid) → development (permits, environmental
authorisation, PPA) → financial close → EPC construction → commercial
operation → O&M. Fixed-price, date-certain turnkey EPC contracts
with established contractors transfer construction and completion risk,
backed by liquidated damages and performance guarantees; independent
engineers certify milestones for lender drawdowns. The 24-month
build-to-grid requirement under REIPPPP disciplines the construction
timetable.
5.6 O&M and asset management
Operating assets are managed for availability and yield under
long-term O&M agreements (self-performed at scale, or contracted
with OEM/specialist providers under availability guarantees). A central
asset-management and SCADA function monitors performance, manages BESS
dispatch and arbitrage, optimises against curtailment, and administers
PPA billing and compliance across the SPV portfolio. Solar and wind
assets have 25-year-plus operating lives; BESS requires augmentation
over a ~12-year cycle, reflected in the depreciation and capital
assumptions.
5.7 Technology and dispatch
The hybrid portfolio’s value lies in integration: solar for
lowest-cost energy, wind for profile and capacity factor, and storage to
firm output, shift energy to peak-price periods, and provide ancillary
services. A portfolio energy-management system optimises dispatch across
assets and revenue streams — maximising PPA delivery, capturing
arbitrage, and minimising curtailment losses. This dispatchability is
what allows the Company to offer firmer, premium-priced power to
corporate offtakers than a single-technology developer can.
Confidential — this business plan is provided to prospective investors and lenders for evaluation purposes only and may not be reproduced or distributed without the written consent of Kalahari Grid Energy (Pty) Ltd.