com.ampworth/ampworth

None of its 15 tools are described as changing anything.

• connection_routeon 1 other serverreads or searches

  “Work out which ENA connection procedure a domestic installation of solar panels, batteries or both falls under: connect first and notify the distribution network operator within 28 days, or apply and…”

  Publisher declares: read-only yes · destructive no · idempotent yes · open-world no

  4 inputs, 1 required

  • phasesinteger“The supply: 1 for single phase, which is almost every British house, or 3 for three phase.”
  • devicesnull or arrayrequired“Every inverter at the premises that can export: solar, battery and hybrid, existing ones included.”
  • exportLimitKwnumber“The export limit a fully type-tested G100 scheme would hold the premises to, in kW per phase, where one is proposed.”
  • otherInstallationsNearbyboolean“True when the same installer has fitted, or plans to fit, generation at other premises within 500 metres, or on the same street, within 28 days either side.”
• get_documenton 67 other serversreads or searches

  “Fetch the full text of one guide, article or set of questions by its slug, as Markdown, not HTML.”

  Publisher declares: read-only yes · destructive no · idempotent yes · open-world no

  1 input, 1 required

  • slugstringrequired“The document's slug, from search_documents or list_documents.”
• heat_pump_noiseon 1 other servercalculates or converts

  “Calculate the sound pressure level an air source heat pump produces at an assessment position, and whether it meets the 37 dB(A) permitted development noise limit, using the method in MCS 020.”

  Publisher declares: read-only yes · destructive no · idempotent yes · open-world no

  1 input, 1 required

  • unitsnull or arrayrequired“The heat pump or heat pumps being assessed, each with its own distance and barrier to this assessment position.”
• heat_pump_running_coston 1 other servercalculates or converts

  “Compare what a household spends heating on its current fuel with what the same heat would cost from a heat pump.”

  Publisher declares: read-only yes · destructive no · idempotent yes · open-world no

  9 inputs, 4 required

  • fuelstring“The fuel being replaced: 'mains_gas', 'oil', 'lpg', 'electricity' or 'coal'.”
  • annualFuelUsenumberrequired“How much of that fuel the house uses in a year, in the fuel's own unit: kWh for gas and electricity, litres for oil and LPG, kilograms for coal.”
  • fuelPricePerUnitnumberrequired“Price of one unit of that fuel, in pounds.”
  • fuelStandingChargePerDaynumber“Daily standing charge for that fuel in pounds, if it has one.”
  • applianceEfficiencynumber“Seasonal efficiency of the existing appliance, as a decimal.”
  • nonHeatingFractionnumber“Share of that fuel used for something other than heating and hot water, such as a gas hob, as a decimal.”
  • scopnumberrequired“Seasonal coefficient of performance of the proposed heat pump: the units of heat it delivers per unit of electricity, averaged over a year at the design flow t…”
  • electricityPricePerKwhnumberrequired“Price of a unit of electricity, in pounds.”
  • electricityStandingChargePerDaynumber“Daily electricity standing charge in pounds.”
• heat_pump_sizeon 1 other servercalculates or converts

  “Estimate the heat pump a UK house needs, and what it would cost to run against the fuel it burns now.”

  Publisher declares: read-only yes · destructive no · idempotent yes · open-world no

  18 inputs, 1 required

  • locationstringrequired“Nearest of the eight tabulated locations: 'belfast', 'birmingham', 'cardiff', 'edinburgh', 'glasgow', 'london', 'manchester' or 'plymouth'.”
  • fuelstring“The fuel the house is heated with now: 'mains_gas', 'oil', 'lpg', 'electricity' or 'coal'.”
  • annualFuelUsenumber“How much of that fuel the house burns in a year, in its own unit: kWh for gas and electricity, litres for oil and LPG, kilograms for coal.”
  • applianceEfficiencynumber“Seasonal efficiency of the existing boiler as a decimal.”
  • nonHeatingFractionnumber“Share of that fuel used for something other than heating and hot water, such as a gas hob, as a decimal.”
  • summerMonthFuelUsenumber“Fuel used in a single summer month, in the same unit, when the heating is off.”
  • floorAreaM2number“Total heated floor area in square metres, over all storeys.”
  • insulationstring“How well insulated the building is: 'solid', 'cavity_unfilled', 'insulated', 'modern' or 'very_efficient'.”
  • propertyTypestring“'detached', 'semi', 'end_terrace', 'mid_terrace', 'flat' or 'bungalow'.”
  • bedroomsinteger“Number of bedrooms, for the hot water demand.”
  • occupantsinteger“Number of people living there, if known.”
  • designBasisstring“'a' for the 99% outside design temperature or 'b' for the colder 99.6% one.”
  • internalTempnumber“Whole-house mean internal design temperature in Celsius.”
  • flowTemperaturenumber“The flow temperature the system would be designed around: 35, 45, 50 or 55.”
  • scopnumber“Seasonal coefficient of performance of the proposed heat pump, if it is known from the MCS Product Directory.”
  • fuelPricePerUnitnumber“Price of one unit of the current fuel, in pounds.”
  • electricityPricePerKwhnumber“Price of a unit of electricity, in pounds.”
  • quotedHeatPumpKwnumber“The output of a heat pump somebody has quoted, in kW.”
• hot_water_cylinderon 1 other servercalculates or converts

  “Work out the daily hot water demand of a dwelling and the size of cylinder a heat pump needs, using the formula in MIS 3005-D 3.5.2 and the BS 6700 guidance reproduced in MGD 007.”

  Publisher declares: read-only yes · destructive no · idempotent yes · open-world no

  6 inputs, 1 required

  • bedroomsintegerrequired“Number of bedrooms in the property.”
  • occupantsinteger“Number of people who actually live there, if known.”
  • heatPumpOutputKwnumber“Heat output of the heat pump in kW when it is heating the cylinder.”
  • bathroomsinteger“Number of bathrooms with a bath.”
  • coldWaterTempnumber“Incoming mains temperature in Celsius.”
  • storageTempnumber“Temperature the cylinder is stored at, in Celsius.”
• list_calculatorson 11 other serversreads or searches

  “Lists every calculator on this server, with the standard behind it and whether it is the whole-system sizing calculator or one of the single-method ones, plus the reference data a caller needs to bui…”

  Publisher declares: read-only yes · destructive no · idempotent yes · open-world no

  Takes no inputs.

• list_documentson 48 other serversreads or searches

  “Lists every document, optionally filtered by kind ('guide', 'article' or 'faq'), by category, or, for guides, by the reader they are written for.”

  Publisher declares: read-only yes · destructive no · idempotent yes · open-world no

  4 inputs

  • kindstring“Filter by kind: 'guide', 'article' or 'faq'.”
  • categorystring“Filter by category: 'heat-pumps', 'solar-pv', 'batteries', 'standards' or 'paperwork'.”
  • levelstring“Articles only.”
  • perspectivestring“Guides only.”
• radiator_flow_temperatureon 1 other servercalculates or converts

  “Work out the flow temperature a heat pump must produce to heat a room through a given radiator, and the resulting MCS Heat Emitter Guide star rating, following section 4 of MGD 007.”

  Publisher declares: read-only yes · destructive no · idempotent yes · open-world no

  5 inputs, 2 required

  • roomHeatLossWnumberrequired“The room's design heat loss in watts, from a room-by-room heat loss calculation.”
  • radiatorOutputWnumberrequired“Rated output of the radiator or radiators in that room, in watts, at the catalogue temperature.”
  • ratedAtDeltaTnumber“The mean-water-to-air temperature difference the rated output was quoted at.”
  • roomTempnumber“Internal design temperature of the room in Celsius.”
  • systemDeltaTnumber“Designed drop in water temperature between flow and return, in kelvin.”
• room_heat_losson 1 other servercalculates or converts

  “Calculate the design heat loss of a single room in watts, following BS EN 12831 as MIS 3005-D applies it.”

  Publisher declares: read-only yes · destructive no · idempotent yes · open-world no

  9 inputs, 3 required

  • roomNamestring“A name for the room.”
  • roomTypestring“Which of the tabulated room types this is: 'living_room', 'dining_room', 'bedsitting_room', 'bathroom', 'bedroom', 'kitchen', 'hall' or 'toilet'.”
  • internalTempnumber“Internal design temperature in Celsius, if it should differ from the tabulated value for the room type.”
  • locationstringrequired“Which of the eight tabulated locations the property is nearest: 'belfast', 'birmingham', 'cardiff', 'edinburgh', 'glasgow', 'london', 'manchester' or 'plymouth…”
  • designBasisstring“'a' for the 99% outside design temperature or 'b' for the colder 99.6% figure.”
  • floorAreaM2numberrequired“Floor area of the room in square metres.”
  • ceilingHeightMnumber“Floor to ceiling height in metres.”
  • airChangesPerHournumber“How many times an hour the air in the room is replaced.”
  • elementsnull or arrayrequired“Every surface through which the room loses heat.”
• search_documentson 23 other serversreads or searches

  “Search the guides, articles and questions for material on a UK home energy subject.”

  Publisher declares: read-only yes · destructive no · idempotent yes · open-world no

  2 inputs, 1 required

  • querystringrequired“What to search for.”
  • limitinteger“How many results to return, 1 to 25.”
• solar_pv_outputon 1 other servercalculates or converts

  “Estimate the annual AC electricity output of a UK solar photovoltaic system, in kWh, using the standard estimation method that MIS 3002 requires every MCS certified installer to use.”

  Publisher declares: read-only yes · destructive no · idempotent yes · open-world no

  6 inputs, 3 required

  • postcodestring“UK postcode of the installation, for example 'BS1 5TR'.”
  • zonestring“MCS postcode zone code, for example '5E'.”
  • capacityKwpnumberrequired“Total installed capacity in kilowatts peak: the sum of the nameplate watts of every module, divided by 1000.”
  • orientationnumberrequired“Degrees the array faces away from due south, in either direction, so due south is 0, south-east and south-west are 45, east and west are 90, and due north is 1…”
  • inclinationnumberrequired“Pitch of the array in degrees from horizontal.”
  • shadeFactornumber“Proportion of output left after shading, between 0.5 and 1.”

Each quoted sentence is the first sentence of the publisher’s own description. The kind of tool and the “changes data” mark are our AI model’s reading of that description, not something we tested: two differently worded runs had to agree, otherwise no label is shown, and nobody has checked them by hand. A tool without the “changes data” mark is described as only reading, searching or calculating, or the two runs did not agree. No tool was called. Read the publisher’s full description before relying on it. “Publisher declares” lists the hints the server itself sends with the tool (MCP annotations: read-only, destructive, idempotent, open-world); they are the publisher's claims, not checked by us. Inputs are the parameters in the tool's own input schema: name, declared type, whether it is required, and the first sentence of its description. Read 2026-10-23.

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