AlphaESS
Residential and commercial battery storage systems
TESVOLT supplies commercial and industrial battery storage, power conversion and energy-management equipment.
TESVOLT supplies battery storage and energy-management equipment for commercial and industrial projects. Its portfolio includes cabinets, containers and the components used to coordinate charging and discharge. A complete project therefore involves more than choosing a battery capacity: conversion power, environmental protection and site operating requirements affect the equipment selected.
The A-series TS-I HV 80 and E-series TS-I HV 80 E illustrate why the complete product name matters. Their battery ratings differ, and both use configurable power-conversion arrangements. The TPS HV 80 E adds a container configuration for installations that need the storage equipment outside the building.
The TS-I HV 80 A-series specifications identify a 76 kWh battery rack. The TS-I HV 80 E table instead identifies an 80 kWh configuration, alongside a separate 96 kWh TS-I HV 100 E option. The E-series table specifies lithium-NMC cells and gives power-conversion ratings by the number of independent power units.
The TPS HV 80 E combines battery racks with SMA STPS X conversion equipment in a container arrangement. Its published component list includes an 80 kWh rack and SMA STPS X 50 inverter. Comparing those items separately preserves the distinction between stored energy and conversion power.
Energy-management layer connecting system operation with energy-market access; a separate role from battery hardware.7
Large-scale battery-storage offering named for balancing-market participation in the ancillary-services page.7
Storage family named in the IoT architecture. Aggregated balancing-market access is described as in preparation, not generally available.7
Storage offering using TESVOLT intelligence. Aggregated balancing access is described as in preparation.7
Revenue, operational-data and reporting platform for market participation.7
Local interface joining batteries/inverters to EMS, portals and cloud; documentation names 1Hz measurements, status publishing and remote control.9
The TS-I HV 80 E PCS table documents Modbus TCP/IP communication. That is a useful starting point for identifying a site-monitoring interface, but the reviewed page does not provide the associated register definitions or a commissioning procedure for an external controller.
The TPS HV 80 E specifications separately name SMA and SunSpec Modbus, SMA Speedwire and Webconnect for the SMA inverter. This makes the inverter model part of the integration specification. The same page describes battery management and container equipment, so the project documentation should identify which controller provides battery state, inverter measurements and the operating commands required by the site.
The container description emphasizes moving equipment outdoors, conserving indoor space and reducing installation work through a prepared arrangement. Its component specifications remain relevant: a rack's protection rating and a container's environmental provision describe different boundaries. An IP20 rack does not become an outdoor product simply because another configuration uses the same battery family.
For an indoor installation, the TS-I HV 80 E technical table provides dimensions, weight, operating limits and power-unit options. Those inputs support practical comparison against available floor space and required charge or discharge power. The final design also needs the site's connection arrangement and operating duty.
TESVOLT's factory investment announcement describes the company's activities in Lutherstadt Wittenberg beginning in 2014. Its product-page company footer identifies TESVOLT AG in Lutherstadt Wittenberg, Germany. The factory announcement is evidence of the planned investment at its publication date, rather than proof that every stated future manufacturing target has been completed.
The official press-material collection provides a direct route to company information and approved supplier material. This profile uses TESVOLT's own product pages for the equipment distinctions, retaining the A-series and E-series names rather than combining their ratings into a single generic battery specification.
Residential and commercial battery storage systems
Utility and commercial battery energy-storage systems
Battery cells and stationary energy-storage systems
Utility battery storage, operating services and energy software
Home battery storage and solar backup control systems
PV and hybrid inverters, site meters and residential batteries
This profile does not imply a commercial relationship with TESVOLT and may contain inaccuracies.