Learn Today, Save Tomorrow

• Fact: Today’s residential heat pumps are as quiet – or quieter – than typical air conditioners. Manufacturers report noise levels often in the low 40–60 dBA range (similar to an AC unit) . The outdoor unit footprint is also comparable to any central A/C compressor . Borochi’s heat pumps use compact, low-profile designs, so they fit easily in a yard or on a flat roof without extra space.

• Fact: Upfront costs can be higher than a gas boiler, but subsidies and long-term savings change the picture. Germany’s BAFA subsidy covers about 30–45% of a heat pump installation (up to 45% when replacing oil) . Even before subsidies, the total cost of a heat-pump system (outdoor unit + indoor air handler) is comparable to a furnace+AC combo . Over time, electricity for a heat pump is much cheaper than oil/gas heating, so fuel bills drop and the system pays for itself. Borochi helps maximize incentives and uses smart controls (and its dynamic tariff) to lower running costs.

• Fact: Battery prices have fallen, and adding storage to solar can dramatically increase savings. Stored solar power can be used during peak-rate hours or outages, which cuts electricity bills and boosts self-consumption . For example, using a battery to avoid high-priced grid power at peak times can cut costs significantly . Borochi’s all-in-one systems bundle PV+battery together, improving the economics: customers tap into government subsidies and Borochi’s smart tariff to realize returns on storage in just a few years.

• Fact: Modern lithium-ion batteries (especially LiFePO₄ types) are very safe and durable. Advances in chemistry have led to cobalt-free, stable batteries with robust management systems. Today’s batteries rarely fail catastrophically; LiFePO₄ cells are highly resistant to overheating and fire . They also last many charge cycles (often 10+ years of daily cycling) with >80% capacity remaining. Borochi’s batteries include built-in monitoring and cooling so you don’t have to worry about safety or lifespan.

• Fact: Battery manufacturing does have an initial carbon footprint, but over its lifetime a battery-powered system emits far less CO₂ than an all-gas system. In fact, lithium-ion storage usually has a lower overall carbon footprintthan alternatives (like lead-acid) due to its higher energy density and longer life . When charged with solar or clean grid power, a battery provides virtually carbon-free energy. Borochi sources high-grade cells and ensures recycling pathways, making its batteries as eco-friendly as possible.

• Fact: In most cases, a qualified electrician can install a Level 2 home charger (wallbox) in under a day without major panel upgrades . Many homes already have ample capacity; Borochi’s smart wallbox even includes load balancing to avoid tripping breakers. This means for most installations the work is straightforward and costs are quite reasonable. And because Borochi supplies the charger with its own inverter/storage, installers get a turnkey solution, simplifying the process further.

• Fact: Generally, no. Electricity is cheaper per kilometer than petrol or diesel, especially on off-peak rates . Home charging often works out much more affordable than gas, and Borochi can lock in low dynamic electricity tariffs for homeowners. Even public fast chargers (for rare road trips) usually cost more per kWh than home charging. In practice, most EV owners find they spend far less on “fuel” with an EV – and Borochi’s integrated energy management ensures charging happens when power is cheapest.

• Fact: While public chargers are convenient for travel, most EV charging happens at home. Overnight home charging fully replenishes the average daily range (~50–60 km) . It’s more convenient, saves time, and lets drivers take advantage of low electricity rates. Borochi’s wallbox is designed for this: it schedules charging to match your PV production or cheapest tariff windows, so the car is ready each morning at minimal cost.

• Fact: Scalable HEMS platforms exist for any size – homes or small businesses alike. Modern systems are designed for usability. For example, commercial solutions have shown payback in just months , and those same concepts apply to homeowners. Borochi’s AI-driven HEMS offers a simple dashboard (and even a smartphone app) to monitor and control energy. It automatically optimizes PV usage, battery state, EV charging and heating without you needing to tinker. In short, it brings “smart building” efficiency to any home or shop, not just big offices .

• Fact: While energy controls cost something, they often pay for themselves quickly. Studies find that optimizing appliances and loads can reduce bills by 10–30%, yielding ROI sometimes in the first year . Borochi’s integrated hardware bundle keeps costs competitive, and its AI makes operation hands-off. Once set up, the system automatically shifts consumption (heating, EV charging, etc.) to cheaper times and maximizes self-consumption of solar. This level of automation delivers ongoing savings without manual effort, making the system very user-friendly.

• Fact: A true HEMS can manage everything electrical in the building – not just heating/cooling. It can switch lights, appliances, EV chargers, even monitor refrigeration units or air quality . Borochi’s HEMS is built to oversee all local loads: it treats your heat pump, battery, EV wallbox and lights as one system. By tracking every device, it unlocks extra efficiency (for example, delaying laundry until midday solar). Modern HEMS platforms are very flexible, so Borochi can easily add new devices or services without ripping out existing equipment .

• Fact: Borochi’s philosophy is actually the opposite. The company joined the open EEBUS standard to ensure interoperability . This means Borochi’s integrated platform can talk to many brands of inverters, appliances or EVs – you aren’t forced to use only Borochi devices. In practice, combining components in one system improves reliability (components are designed together) and simplifies operation. Borochi’s all-in-one approach saves on integration headaches because everything is built and tested as a unit, with open connections for future expansion .

• Fact: While advanced, Borochi’s solution is engineered for end-users. The AI-driven platform automatescontrol: it decides when to run the heat pump, charge the EV, or store PV in the battery – you just benefit. By coordinating all devices, the system reduces costs, not raises them. For example, Borochi’s platform uses real-time pricing and weather forecasts to schedule loads when electricity is cheapest . This lowers bills for homeowners and for business customers (reducing peak charges, maximizing renewable use). In many cases the combined system yields greater savings than separate components, because the parts help each other (e.g. surplus PV charges the EV or battery instead of wasting).

• Fact: Borochi’s end-to-end solution is designed for simple use. The user interface presents clear energy dashboards, and most decisions are made automatically by Borochi’s software. From the owner’s perspective, it’s like plugging in appliances and telling the system a few preferences (e.g. “priority to saving money” or “keep battery charged at 50%”). Behind the scenes, Borochi’s software handles complexity and even lets customers participate in grid services or dynamic tariffs . This means you benefit from cutting-edge energy management without needing to constantly adjust settings.