Crypto Mining for Pre-Connection Solar Parks
SolHash deploys mobile mining containers on solar parks waiting for grid connection. Park owners monetize otherwise wasted energy. Mining investors access effectively zero-cost solar electricity through a proven JV structure.
3-10 yrs
Typical connection waiting period
EUR0
Current revenue from stranded MWh
30/70 JV
Park / Mining value split at base case
Across Cyprus and the EU, utility parks can remain disconnected for years. The PV field is already installed, but export is blocked. Developers keep paying lease, O&M, and tracker maintenance while generation is wasted.
Waiting Window
2-10
Years with no export income
5 MW Example
12,500
MWh/year available on-site
Idle Carry Costs
EUR89K
Per year land + O&M for 5 MW
SolHash acts as JV manager and EPC integrator across site prep, deployment, and ongoing operations.
We consume daytime production behind-the-meter instead of waiting for export approval.
For fully off-grid sites, compact grid-forming BESS provides inverter reference and auxiliary continuity; with partial grid access, a smaller buffer can be used.
Containerized ASIC fleets run during solar hours, then can relocate when grid connection arrives.
Park owners earn from stranded energy. Mining partners earn high-IRR power access.
Fully off-grid deployments use compact grid-forming BESS for inverter reference and auxiliary continuity (CCTV, networking, controllers, post-run cooling). Sites with partial or auxiliary grid availability can run a smaller buffer architecture.
For Park Owners
For Crypto Investors
Adjust park size, BTC price, and split structure. Outputs use SolHash model assumptions (2,200 kWh/kWp/year, Antminer S21 Pro at EUR1,500, 8 daytime hours, tracker O&M, Soulis transport cost).
Park size
BTC price
JV split
MWh/year
11,000
Miner units
1,074
Containers
7
Total capex
EUR2.11M
Gross revenue/year
EUR2.24M
Net distributable/year
EUR1.98M
Park revenue/year
EUR594.6K
Park cents/kWh
5.41 c
Mining revenue/year
EUR1.39M
Mining IRR
59.2%
Mining payback
1.52 yr
vs 10c PPA equivalent
54%
| BTC scenario | Park 5y revenue | Mining IRR | Payback | Assessment |
|---|---|---|---|---|
| EUR60K | EUR1.63M | 23.3% | 2.78 yr | Marginal but positive vs stranded EUR0 baseline |
| EUR80K | EUR2.30M | 42.0% | 1.97 yr | Viable with measured downside protection |
| EUR100K | EUR2.97M | 59.2% | 1.52 yr | Strong base case |
| EUR150K | EUR4.65M | 99.5% | 0.97 yr | High-upside scenario |
Historical includes current-year 2026 YTD so the series transitions cleanly into projections through 2031. The 2028 halving is included in scenario framing.
SolHash structures projects case-by-case while keeping one objective: convert stranded pre-connection generation into cashflow for both sides.
Classic 30/70 JV
Stranded 1.7 MW mining slice in a pre-connection park. Target: recover carrying costs and monetize idle production.
50/50 Co-investment
Lighthief aligned as EPC at self-cost plus management fee. Built for a developer prioritizing principal-level alignment.
Three-party structure
Portfolio-level JV with park group, mining partner, and SolHash/Lighthief arranger role for staged deployment.
The SolHash model is designed to scale beyond Cyprus: where grid-connection queues delay monetization, stranded MWh can be converted into interim cashflow through the same JV architecture.
Italy
Large project pipeline with recurring interconnection bottlenecks creates long pre-connection windows suitable for staged mining deployment.
Spain
High renewable penetration and curtailment pockets support behind-the-meter monetization for delayed park energization phases.
Greece
Strong solar resource and queue pressure around grid upgrades provide a replicable split-venture opportunity profile.
North Macedonia
Emerging utility-scale development pipeline offers early-mover structuring opportunities for pre-export revenue capture.
The operational stack is designed for unattended solar-field mining with robust electrical control, thermal resilience, and auditable payout pathways.
Fully off-grid parks use compact grid-forming BESS to establish inverter voltage/frequency reference and support critical overnight auxiliaries.
Summer derating, evaporative support, and controlled post-run cooldown preserve ASIC health in Cyprus heat conditions.
Starlink primary with 4G failover (Peplink/SD-WAN pattern) targets low stale shares and high uptime.
FPPS-first strategy with Braiins/Stratum V2 for predictable accounting and transparent JV monthly settlements.
Indicative summary only. Visitors and counterparties are expected to validate all tax treatment with their own auditors and Cyprus tax advisors before relying on these figures.
No. SolHash uses a JV model with degradation-based compensation and revenue sharing, tailored for pre-connection windows.
Mining containers are removed or redeployed to another qualifying park. The PV plant transitions into its grid-connected operating mode.
Ownership depends on deal structure. In classic structures, mining partners own the fleet; co-invest structures can split ownership.
For fully off-grid deployments, a compact grid-forming BESS is required to provide inverter voltage/frequency reference and keep critical auxiliaries online. Where partial or auxiliary grid access exists, a smaller UPS-grade buffer may be sufficient.
Halving is explicitly recognized in scenario framing. Base and bear/bull sensitivity are shown so partners can price risk transparently.
Yes. The model is portable across markets with similar interconnection queues, provided permitting and tax treatment are validated locally.