The Glass Pool · HUB

Whole plant

Whole plant — every trade, one AI, zero import. All 20 causal chains. Part of the glass family — like our glass BESS, biogas plant and CHP.

Whole plant
PV · HP · HVAC AI control Aquatic center
Glass-box in 4 steps

Understand → See it live → What the AI does → Your benefit

Step 1 of 4
1
Understand
2
See it live
3
What the AI does
Your benefit

What is Whole plant?

The AI control centre unifies every subsystem into one glass-box plant: it reads each meter register-true (Modbus/SunSpec/BACnet), drives setpoints and runs zero grid import.

Through the causal chains (K01–K20) it explains every anomaly — cause, consequence, measured via, standard, remedy — instead of just raising alarms. This is the core of the Glass Pool.

Schematic (native, live)

Every trade under one AI: as-is (existing docs) to plan (high-end):

PV HP HVACAI control zero-importAquatic center

Overview: The Glass Pool → · Markets: pool markets →

Live —

loading

What the AI does

The AI orchestrates every trade register-true, runs zero grid import and diagnoses every anomaly via causal chains K01–K20 (cause→consequence→remedy).

Related causal chains (*)

What the AI reads
Scenario

Monitored: continuously · the whole plant, section by section

The scenario: Every subsystem passes its own check. Only across the complete plant does it show where heat, water and power are working against each other instead of together.

Method proven on a live European reference aquatic center; presented anonymously.

Value calculator

Estimate from metered / design values. Zero-grid-import windows are real (metered).

Standards & norms

What the rules require — Whole plant

Grounded in the applicable national standards for pool water treatment, plant energy performance and building energy performance. Same knowledge base as the European reference site; presented anonymously.

What do the applicable standards require regarding Energy management of public pools?

the pool operating guideline fixes the order for refurbishments: 1) reduce losses (envelope, pool cover, insulate the surge tank, ventilation heat recovery), 2) recover heat (heat recovery, waste-water heat, filter backwash as a heat-pump source), 3) generate efficiently (heat pump > CHP > gas). This hierarchy is decisive for public grant applications: funders check whether losses were reduced before the generation investment. Concretely: insulate the surge tank, add an outdoor-pool night cover and service the ventilation heat recovery before or together with the heat-pump installation.

Basis: the applicable national standard.10

What does Synthesis of the applicable national standards require regarding Mandatory compliance for a public pool?

Mandatory rules for a public family pool: the pool-water treatment standard (water treatment) — hygiene duty, annual sampling. the pool energy guideline (ventilation) — recommended, not enforced, but an insurance standard. the ventilation standard for indoor pools — ventilation hygiene duty, inspection every 2 years. the national buildings energy act 2024 — energy certificate on refurbishment, air-conditioning inspection every 4 years. Occupational safety — annual electrical test. An energy audit per the energy-audit standard is advisable for municipalities with more than 250 staff (not compulsory for a small operator).

Basis: Synthesis of the applicable national standards

What does the national buildings energy act 2024 (the national buildings energy act) require regarding Energy requirements for pools?

The national buildings energy act the national buildings energy act 2024 treats pools as non-residential buildings. Mandatory air-conditioning inspection every 4 years (ventilation > 12 kW). On change of ownership or major refurbishment, tighter envelope U-values apply (external wall U ≤ 0.24 W/(m²·K)). A demand-based energy certificate is required above 250 m² of heated floor area. A hall pool with 1,800 m² of envelope at U=0.8 does not meet new-build standards — so grant funding for envelope refurbishment (up to 35 % rate) is available.

Basis: the national buildings energy act 2024 (the national buildings energy act)

What does ISEK (German regional urban-development grant) require regarding Integrated urban-development concept?

The ISEK programme co-funds municipal climate-protection and refurbishment measures at 50 %, capped at 500,000 € per measure and 5 M€ per project. Precondition: the measure is anchored in the municipal climate-protection plan. Processing takes 6-12 months. Measures can be bundled (e.g. heat pump + insulation + load management in one application) but cannot be combined with federal BAFA funding on the same asset. Note: PV car-port roofing is usually funded separately at 30 %; ISEK eligibility for PV is a case-by-case decision requiring a climate-protection rationale.

Basis: ISEK (German regional urban-development grant)

What does Federal efficient-energy grant, Module 2 require regarding Federal efficiency funding?

The federal Module 2 funds heat pumps, thermal storage and heat-network connections in non-residential buildings at 40 %. Important: it is NOT combinable with the regional ISEK grant on the same measure. Municipalities must choose: ISEK 50 % (higher rate, longer processing) or the federal 40 % (faster, nationwide). ISEK is usually the better choice when the climate rationale holds; the federal grant is a fallback if ISEK is refused.

Basis: Federal efficient-energy grant, Module 2

More pool worlds

Browse the 40 wizards

← PreviousBESS storage▦ All 40
License the software

Bring the glass-box AI to your pool.

Stromfee.US licenses the pool & wellness HVAC AI — proven in Europe, deployed on your existing plant. Single property, portfolio or chain.

Request software license →